Jump to content

Search the Community

Showing results for tags 'Land Rover'.

  • Search By Tags

    Type tags separated by commas.
  • Search By Author

Content Type


Forums

  • News and Views
    • Auto Show Coverage
    • Editorials
    • Industry News
    • Reader Reviews
    • Sales Figure Ticker
    • Staff Reviews
  • Brand Discussion
    • Aston Martin
    • BMW Group
    • Daimler AG
    • Ferrari
    • Fisker
    • Ford Motor Company
    • General Motors
    • Heritage Marques
    • Honda Motor Company
    • Hyundai Motor Group
    • Jaguar-Land Rover
    • Karma
    • Lotus
    • Mazda
    • McLaren Automotive
    • Nissan-Renault Alliance
    • Other Makes
    • Rivian
    • SAAB / NEVS
    • Stellantis
    • Suzuki
    • Tesla
    • Toyota Motor Corporation
    • Volkswagen Automotive Group
    • Volvo
  • Forum Information
    • New Member Check-In
    • Site News & Updates
    • Forum Feedback
    • Newsletters
  • Social Central
    • The Lounge
    • Advertising Archive
    • Auctions and Classifieds
    • Competitions
    • Member Design Showcase
    • Member's Rides Showcase
    • Member Marketplace
    • Merchandise Lookout
    • Motorcycles
    • Random Car Showcase
    • Electronics & Technology
  • Tech Corner
    • Tech Section
    • Product Questions and Reviews
    • Project Car Chronicles
    • Recalls and TSBs
    • Alternative Fuels & Propulsion
    • Powertrain
  • Design Studio

Categories

  • Auto Shows
    • Detroit Auto Show
    • Consumer Electronics Show (CES)
    • Chicago Auto Show
    • New York Auto Show
    • Geneva Auto Show
    • Beijing Auto Show
    • Shanghai Auto Show
    • Paris Motor Show
    • Frankfurt International Motor Show
    • Los Angeles Auto Show
    • SEMA
    • Tokyo Motor Show
  • Opinion
  • News
    • Acura
    • Alfa Romeo
    • Alternative Fuels
    • Aston Martin
    • Audi
    • Automotive Industry
    • Bentley
    • BMW
    • Buick
    • Cadillac
    • Chevrolet
    • Chrysler
    • Dodge
    • Ducati
    • Ferrari
    • Fiat
    • Fisker
    • Ford
    • Genesis
    • GM News
    • GMC
    • Holden
    • Honda
    • Hyundai
    • Infiniti
    • Jaguar
    • Jeep
    • Karma
    • Kia
    • Lamborghini
    • Land Rover
    • Lexus
    • Lincoln
    • Lotus
    • Maserati
    • Mazda
    • McLaren
    • Mercedes Benz
    • MINI
    • Mitsubishi
    • Nissan
    • Opel/Vauxhall
    • Peugeot
    • Polestar
    • Porsche
    • Ram Trucks
    • Rivian
    • Rolls-Royce
    • Saab / NEVS
    • Sales Figures
    • Scion
    • SMART
    • Subaru
    • Tesla
    • Toyota
    • Volkswagen
    • Volvo
    • Zotye
    • Stellantis
  • Reviews
  • Deal Alert

Categories

  • Tires and Wheel Specials
  • Automotive Maintenance Specials

Calendars

There are no results to display.

Product Groups

  • Subscriptions
  • Advertising
  • Vintage Ephemera

Find results in...

Find results that contain...


Date Created

  • Start

    End


Last Updated

  • Start

    End


Filter by number of...

Joined

  • Start

    End


Group


Website URL


Skype


Location


Interests

  1. Land Rover will be saying good-bye to the current Defender at the end of January due to stricter crash and emission regulations. But they are the first to admit that reinventing an icon such as the Defender won't be easy. "It is tough. Any replacement for an iconic vehicle is tough because the enthusiasts are certainly very vocal. They have an opinion on how to do it, but it's a huge opportunity at the same time," said Joe Eberhardt, CEO of Jaguar Land Rover North America. While iconic, the Defender only appealed to a small, hardcore audience. Land Rover needs the next Defender to be a success, even if that means the next model loses some of its hardcore edge, "A lot of people love the idea of [the previous De-fender], but they never buy one. While I'm a designer, and I love designing, I'm also a businessman. We need to build a critical mass in order to sustain ourselves in the long term and reinvest," said Gerry McGovern, Land Rover's design director. The next Defender - expected to arrive in 2018 as a 2019 model year vehicle - will come in five different body styles: two two-door models, long-wheelbase four-door, and pickup variants with two and four doors. The design of the new Defender will not look like the concepts we have seen in past years. "When this vehicle comes out, people will know it's a Defender, it's a modern Defender," said McGovern. "But it will bear no resemblance to those Defender concepts." No word on powertrains, but expect a range of gas and diesel engines. Source: Automotive News (Subscription Required)
  2. Jaguar Land Rover has its eye on a new headquarters to be located at a racetrack. But not any racetrack; the company is reportedly in talks to buy the revered UK racetrack Silverstone. The Birmingham Post reports that JLR is in talks with the British Racing Drivers’ Club - the current owners of the track - about buying the track. Reportedly, the board has given the green light and JLR could offer the owners around 23 billion Pounds (about $34.1 billion). If purchased, the company would build a museum, experience center, and hotel on the grounds. There will also be a space for 1,000 sales and marketing staff and 700 engineers. Now if Jaguar Land Rover do purchase the track, would there still be racing? The Post and Automotive News Europe say yes, so F1 racing at the track is safe. When asked for comment, the British Racing Drivers’ Club said in a statement "that it received a number of confidential approaches" and would consider an "attractive" offer from any party and would seek a mandate from club members before progressing it." Jaguar Land Rover declined to comment. Source: Automotive News Europe (Subscription Required), Birmingham Post
  3. Have you wanted a Range Rover Evoque, but wished that it didn't have that pesky roof? Land Rover has the vehicle for you. Last night, the British automaker revealed the 2016 Range Rover Evoque Convertible. The Evoque Convertible looks for the most part like the Coupe aside from the fabric roof. This roof maintains the profile of the Evoque when it is up. Folding the roof only takes about 18 seconds thanks to a power mechanism, and you can do it at speeds up to 30 MPH. The top is designed to fold into a certain way that the front part looks like a tonneau cover when stowed away. The Evoque Convertible is also one the first vehicles in the Land Rover lineup to debut the next-generation In Control Touch Pro infotainment system which boasts a 10.2-inch touchscreen and improved performance. Power comes from a turbocharged 2.0L four-cylinder with 240 horsepower and 251 pound-feet of torque. This is paired with a nine-speed automatic and four-wheel drive. Pricing for the Evoque Convertible will start at $51,470 (includes a $995 destination charge) and will go on sale sometime next year. Source: Land Rover Press Release is on Page 2 Range Rover Evoque Convertible - A Convertible For All Seasons First ever convertible SUV to join the Range Rover line-up Distinctive design enhancements maintain the award-winning silhouette of the Range Rover Evoque with the roof open or closed Seating for four passengers and a cargo space of 8.9-cu. ft. Standard next-generation Land Rover InControl® Touch Pro™ infotainment system with 10.2-inch touch-screen Features 240-hp turbocharged four-cylinder engine mated to a nine-speed automatic transmission with standard four-wheel drive On sale mid-2016, in SE Dynamic and HSE Dynamic derivatives Priced from $50,475 (MAHWAH, N.J.) - October 8, 2015 - Joining the Range Rover Evoque line-up in 2016, the new Range Rover Evoque Convertible enhances the desirability of the Range Rover Evoque family, taking the Land Rover brand to a new audience of customers looking for a unique combination of open-air luxury and refinement. Available in two luxurious specifications - SE Dynamic and HSE Dynamic - the Range Rover Evoque Convertible provides a four-seat interior, the next-generation Land Rover InControl® Touch Pro™ infotainment system3 and unrivalled all-terrain capability. The Range Rover Evoque Convertible retains the elegant design proportions of the five-door and coupe derivatives with its acoustically-lined fabric roof open or closed. Interior volume and luggage capacity have been maximized for cargo versatility regardless of the roof's position. Gerry McGovern, Land Rover Design Director and Chief Creative Officer, commented: "When the Range Rover Evoque Convertible was first shown as a concept, the response was overwhelmingly positive. It was the next logical step to bring the pioneering concept to reality and with a clear design strategy we have safeguarded the distinctive character of the Range Rover Evoque. The result is the ultimate expression of fun and desirability, building on the ever-popular Range Rover Evoque nameplate which continues to bring new customers to the brand." DESIGN Land Rover designers have retained the bold and progressive exterior design of the Range Rover Evoque with the convertible roof system open or closed. A sophisticated fabric roof with tension-bow architecture creates a defined silhouette that remains faithful to the original design of the vehicle, while the Z-fold mechanism folds flush with the rear bodywork for a sleek, uncluttered appearance. New frameless doors have also been developed to ensure a clean profile when the roof is stowed. Emphasizing its position within the Range Rover Evoque model line-up, the Range Rover Evoque Convertible is available in SE Dynamic or HSE Dynamic specifications. In both cases, the convertible features a special set of exterior enhancements including a deeper, more aggressive front bumper with enlarged air intakes. The HSE Dynamic derivative also features slimline LED fog lights, body-colored side skirts to visually lower the vehicle and a dynamic rear bumper that houses distinctive twin exhaust outlets. A dynamic front grille with enlarged geometric mesh area, vent surrounds and a selection of six alloy wheel designs and finishes, ranging from 18- to 20-inches adds further design differentiation between convertible and fixed-roof models. Unique for the 20-inch alloy wheels are two premium finishes; Polished and Satin Black. SE Dynamic specification includes exterior trim details including fender, grille and fog light surrounds appointed with a Brunel Silver finish. HSE Dynamic models receive components finished in premium Narvik Black and gloss-black hood vents for a more purposeful appearance. The available Black Pack provides an even more dramatic road presence with unique Satin Black 20-inch alloy wheels, head-, tail- and fog-lamps featuring black non-reflective surfaces, exterior trim finished in Narvik Black and a black exhaust tailpipe finish. At night, an eye-catching puddle-lamp graphic is projected from the base of the door mirrors. Uniquely featuring an outline of the Range Rover Evoque Convertible, the puddle lamps illuminate the ground around both front doors for maximum convenience and a highly distinctive appearance. Phil Simmons, Exterior Realization Director, Land Rover commented: "Above the beltline, the Z-fold fabric roof was the natural choice for its taut proportions, exceptional versatility and lightweight design. The Range Rover Evoque Convertible offers the best of both worlds: the crisp, precisely defined contours of the coupe's striking silhouette with the roof closed, and the excitement of top-down motoring with it open." Despite appearing identical to Range Rover Evoque coupe below the glasshouse, the bodywork behind the front doors has been substantially re-engineered to accommodate the stowed roof mechanism. The upper portions of the rear fenders have been carefully redesigned to seamlessly integrate with packaging requirements of the Range Rover Evoque Convertible, while an all-new tailgate and spoiler have been engineered to compliment the new design; the rear spoiler houses the LED stoplight and optimizes aerodynamics, while the innovative tailgate hinge mechanism allows for a larger aperture, providing exceptional versatility. The Range Rover Evoque Convertible is available in 13 exterior colors, including new Baltoro Ice and Waitomo Grey metallic. Creating a distinctive horizon line to complement the Ebony Black fabric roof, the door mirrors and the upper section of the rear spoiler are finished in Narvik Black as standard. Personalization Allowing customers to add their own stamp of individuality, the Range Rover Evoque Convertible is available with a range of accessories including illuminated personalized (with a script of the owner's choice) or Union Jack treadplates. Further personalization in the cabin comes in the form of machine-polished, anodized gear shift paddles, an anodized red rotary shifter and a Union Jack sport mat set. On the outside, bright-finish running boards; carbon fiber side vents, hood vents and mirror covers; and stylized valve caps are all available to create a vehicle that stands out from the crowd. For those needing additional practicality, a variety of tow hitch accessories are available; allowing The Range Rover Evoque Convertible to tow up to 3,307-lbs. (1500kg). Adaptive LED Headlights The Range Rover Evoque Convertible is available with a choice of standard equipment Halogen (SE Dynamic), Xenon headlamps (HSE Dynamic), or optional full-LED adaptive headlamps. The LED headlamps feature a new, highly-distinctive design for both headlamp and indicator functions. LED technology is designed to offer increased visibility, enhanced longevity, and reduces demands on the battery, while the adaptive functionality enables the headlamps to automatically follow the driver's steering inputs, increasing light coverage through corners. Whether optioned with Halogen, Xenon or LED headlamps, the Range Rover Evoque Convertible is equipped with LED tail lamps and LED daytime-running lights (DRLs) as standard. For additional visual impact, both front and rear DRLs are automatically illuminated when the ignition is activated. Convertible Roof Land Rover designers carefully evaluated various possible convertible roof systems before opting for a sophisticated Z-fold fabric roof from Webasto. This system features tension-bow architecture complementing the vehicle's defined proportions and a flush fitting heated rear window glass supporting the acoustic insulation of the vehicle that maximizes refinement. The roof system on the Range Rover Evoque Convertible lowers in just 18 seconds and rises in 21 seconds when the roof button on the center console is pressed. It also allows all four windows to be simultaneously raised or lowered for maximum convenience. In addition, a rear wind deflector can be quickly installed between the rear three quarter trim panels, enhancing refinement when the roof is stowed. Advantages of the fabric roof design when compared with folding hardtop solutions include reduced weight, improved center of gravity and the ability to raise or lower the roof at higher speeds. The 8.9-cu. ft. (251-liter) luggage capacity of the Range Rover Evoque Convertible is retained, whether the roof is open or closed. Available exclusively in Ebony Black, the luxurious fabric roof echoes the distinctive design of optional contrast roof equipped on the Range Rover Evoque Coupe. Once the roof is lowered, discreet hinged panels located at the rear of the interior fold flush to conceal the mechanism, ensuring the vehicle's contemporary lines are retained for a clean and uncluttered appearance. A Roll-over Protection Device (RPD) features a deployable roll-over protection system hidden in the rear quarter panel. The RPD is designed to automatically deploy two aluminum bars in 90 milliseconds in the unlikely event of a roll-over situation, to create a potential protection space for occupants. Four-seat Interior The Range Rover Evoque Convertible features a spacious and contemporary four-seat interior defined by luxury materials and soft-touch surfaces. The strikingly minimalist dashboard architecture contrasts the bold horizontal sweep of the instrument panel with the dynamic vertical rake of the center console. All Range Rover Evoque Convertible models feature fixed twin rear seats, with a central bolster, and revised quarter trim speakers. Interior volumes are among the very best when compared with conventional convertibles. The luggage compartment provides 8.9-cu. ft. (251-liters) of storage space with the roof open or closed. A ski hatch can be specified to accommodate through-loading of larger items for additional versatility. In line with the 2016 Model Year Range Rover Evoque line-up, the revised seats retain their outstanding comfort and support while introducing a sportier, more technical aesthetic. The door casings further reinforce this clean, contemporary feel, with revised contour lines, extra feature stitch lines and reprofiled, deeply padded armrests that afford exceptional comfort and visual refinement. SE Dynamic derivatives feature perforated grained leather seats in a sophisticated Ebony/Ebony dual-tone colorway. HSE Dynamic introduces a perforated mid-section Oxford leather seat finished with an elegantly tailored center-ribbed section, available in Ebony/Ebony and Lunar/Ivory color combinations. HSE Dynamic also offers three exclusive colorways in full Oxford leather; Ebony/Pimento, Ebony/Vintage Tan and Lunar/Ice combinations. Luxurious 12-way electric memory seats (heated optional) are standard on SE Dynamic and HSE Dynamic models; an optional 14-way climate seat can also be specified. A new locking glovebox function is automatically activated with the central-locking system for additional security, even when the roof is stowed. Sophisticated Ambient Lighting Ambient lighting subtly enhances the premium feel of the interior in the Range Rover Evoque Convertible. SE Dynamic includes extended illumination under all armrests, door panels and in the center console. HSE Dynamic introduces customer configurable ambient lighting with a distinctive range of colors, chosen through the vehicle's touch-screen interface. Available colors include Ultra Violet, Amber Glow, Electric Blue, Ice White and Racing Red. Stealth mode can also be selected to reduce interior illumination to a minimum. Connected Car Technologies Technological innovation is an integral part of the unique appeal of the Range Rover Evoque. Building on this trend, the Range Rover Evoque Convertible evolves the line-up's in-car technology with the debut of the all-new Land Rover InControl® Touch Pro™ infotainment system with available Connected Navigation. InControl Touch Pro™ features a 10.2-inch capacitive touch-screen with a 21:9 super-wide format and 1280x542 pixel resolution. This equates to an 80% size increase over the standard eight-inch touchscreen system3, providing graphics with unrivalled definition and smoothness. Solid State Disk (SSD) technology provides significantly faster response times than SD-card or HDD-based systems. With no 'hard' buttons on this system, the homescreen presents the four most commonly required infotainment functions in one easily accessible window: Audio, Climate, Telephone and optional Satellite Navigation. These can also be accessed via steering wheel-mounted controls, while capacitive technology gives users the ability to navigate sub-menus and access functions using swipe, pan, and pinch-to-zoom controls, just as they would on a smartphone or tablet. These functions include the parking cameras, Eco Data, rear-seat climate-control settings and optional InControl Wi-Fi™ hotspot6. Steps between functions are reduced for enhanced convenience, and the interface is optimized for a more intuitive user experience. Standard on HSE Dynamic models and optional on SE Dynamic models, advanced satellite navigation includes: Dead reckoning, supporting operation in areas of marginal satellite coverage On-board regional maps 3D terrain, junctions and building graphics Customer prompts for parking and coffee stops Navigation instructions in both the instrument cluster and the optional Head-Up Display Drivers looking for additional functionality out of their navigation can add Connected Navigation functionality to their navigation system. When specified, Connected Navigation enables door-to-door route planning and guidance, including public transportation options. A companion app allows drivers to plan their route offline and load it into the system at the start of the journey. Once the driver exits the car and the phone is disconnected from the vehicle, the app will continue to provide navigational directions, if need be, on the driver's phone. Connected Navigation also features Commute Mode, which learns the driver's daily commute to and from the home or office and can automatically offer alternative routes to avoid congestion using historical and real-time traffic information, and Approach Mode which displays a 360-degree interactive view of the driver's surroundings on the infotainment screen as they get to within 656ft (200m) of their destination, and can even direct the driver to the nearest available parking space. Vehicle's specified with Connected Navigation feature InControl Wi-Fi™ as standard enabling the vehicle to support up to eight devices via a 3G hotspot for fast, reliable internet access on the move. Land Rover InControl® Technological Suite Aligned with the rest of the Range Rover Evoque line-up, the Range Rover Evoque Convertible features various InControl technologies as standard or optional equipment. InControl Remote™ enables owners to remotely start the engine and bring the cabin to a pre-set temperature, verify the vehicle's status and lock or unlock the doors. The app can also send a smartphone alert if the vehicle alarm is sounding, providing the option to reset if required and can help locate the vehicle in a busy parking lot by flashing the vehicle's headlights and sounding discreet alarm noises. Extending the functionality of this feature, the InControl Remote app is now available on the Apple Watch. InControl Protect™ allows owners to contact roadside assistance or emergency services; an SOS signal is automatically triggered in the event of airbag deployment. First introduced for the 2016 model year as a standard feature, Land Rover InControl Remote & Protect remain standard for 2017. When equipped, InControl Apps™ syncs Apple® or Android™ smartphones to the vehicle through a USB interface, providing access to apps optimized for in-car use via the touchscreen infotainment system. Since its introduction, InControl Apps has expanded to feature sixteen compatible apps including Stitcher, Audiobooks and Rivet Radio. The newest additions to the suite of available apps include: Glympse - a fast, free and simple way to share the vehicle's location using GPS tracking in real time with friends and family Rdio - a music streaming app with endless stations based on artists, genres, moods and themes; along with 'You FM', your own personalized station MobileDay - available exclusively with iOS devices launches you into any call, conference bridge, or online meeting with a single tap Also available within InControl Apps is justDrive, a new app technology that integrates multiple smartphone apps into a single, voice-activated in-car experience. Developed by Silicon Valley-based CloudCar, Jaguar Land Rover has optimized justDrive for its InControl™ platform for Apple iOS9 users. 'justDrive for Jaguar Land Rover' integrates popular apps and services, services, such as Spotify, Twitter and Yelp, to give Jaguar and Land Rover drivers an unprecedented level of integration with navigation, media, social interaction, voice search and information services while minimizing driver distraction. Meridian™ Surround Sound The standard 380W Meridian Digital Sound System features 10 speakers and a dual-channel subwoofer delivering exceptional definition. For the ultimate in-car technology experience HSE Dynamic models are also available with a premium 12-speaker, 660W surround-sound Meridian audio system, including dual-channel subwoofer and amplifier with advanced digital processing for outstanding sound quality. ENGINEERING EXCELLENCE The Range Rover Evoque Convertible has been engineered to meet the standards for which Land Rover is world-renowned. All-terrain capability and the brand's high levels of refinement have both been thoroughly proven with a rigorous development regime conducted on public roads and test facilities throughout the world. Alan Volkaerts, Land Rover Vehicle Line Director, said: "Producing a convertible Range Rover presented a unique set of engineering challenges, including maintaining torsional rigidity despite the removal of the roof structure, providing roll-over protection in an open-top vehicle designed to tilt to 35 degrees, and offering the luxurious interior refinement demanded by Range Rover customers. The brand's exhaustive test schedule ensures all of those targets have been achieved. The Range Rover Evoque Convertible is not only a convertible for all seasons, it's also every inch a Land Rover." Significant chassis bracings support the unique load casings of a convertible model, actually increasing torsional rigidity over the coupe model. This ensures an on-road driving experience comparable with the hard top model and a vehicle every bit as capable as existing Range Rover Evoque derivatives. In common with all modern Land Rover projects, the development program of the Range Rover Evoque Convertible began virtually with advanced Computer Aided Engineering and Design simulations. These simulations provided accurate initial estimations on how the altered weight distribution would affect dynamic performance, where structural modifications would be required, and how the Range Rover Evoque Convertible could meet the very same engineering standards as existing Range Rover Evoque derivatives. A sophisticated prototype development phase subsequently allowed Land Rover engineers to prove these simulations in real-world testing. The result is a premium convertible SUV with safety, refinement and the on- and off-road competence to match its head-turning design. Complementing its advanced four-wheel-drive system, the Range Rover Evoque Convertible benefits from an inherently strong base structure with high-strength steel in the door sills. This structure features added chassis bracings to compensate for the removal of the roof, providing the stiffness essential for excellent handling and refinement. Enhancing its dynamic capability further, the all-independent sports suspension has optimized spring rates, incorporating larger diameter anti-roll bars to deliver high levels of driver engagement, as well as roll stiffness equivalent to coupe derivatives. Careful tuning ensures the vehicle's exceptional ride quality has not been compromised. Torque Vectoring by Braking (TVbB) and Electric Power-Assisted Steering (EPAS) complement the chassis changes. Should understeer be detected as the driver turns into a corner, TVbB is designed to apply a small braking force to both inside wheels, helping the car follow the driver's intended line. The variable-rate Electric Power-Assisted Steering (EPAS) equipped in the Range Rover Evoque Convertible is tuned for high levels of response and driver feedback, as well as reducing driver workload in challenging off-road environments. The variable-rate steering rack combines a slower ratio around the straight-ahead position with a progressively faster ratio once more steering lock is applied; combining straight-line stability with increased agility through tighter turns. Variable assistance provides lighter steering for enhanced maneuverability in confined spaces and slow speeds, but a more substantial, confidence-inspiring feel at speed. Safety Features To maintain outstanding levels of crash protection, the Range Rover Evoque Convertible features a number of engineering innovations: the vehicle's A-pillars have been strengthened to provide enhanced roll-over protection; new under-body bracing maintains the torsional rigidity of coupe derivatives without impacting off-road capability; and a roll-over protection system, concealed within the rear quarter, deploys in 90 milliseconds should a roll-over situation be detected. A new seat airbag system has also been developed: the front seats now include a combined thorax and head airbag to offer the same level of protection as the coupé's individual thorax and head airbags4. A combination of various electronic systems ensures the airbags or roll-over protection system do not deploy in extreme off-road situations. All-Terrain Capability The Range Rover Evoque Convertible has been tested in the same off-road environments and to the same high standards as all Land Rover vehicles. Punishing tests included loading the Range Rover Evoque Convertible to its maximum gross vehicle weight and negotiating the toughest off-road terrain; this test is designed to subject the chassis to immense twisting forces. The Range Rover Evoque Convertible passed all procedures and, as a result, achieves similarly outstanding off-road performance to existing Range Rover Evoque Dynamic derivatives. Danella Bagnall, Range Rover Evoque Program Director, commented: "Roof down motoring is in our heritage. It started 68 years ago when we produced the original Series 1 Land Rover. We have tested the Range Rover Evoque convertible to the same all-terrain standards as every Land Rover vehicle before, and a few besides. Chassis bracings designed to preserve the Range Rover Evoque Convertible's torsional rigidity have been specially engineered to maintain excellent ground clearance that's comparable with five-door and coupe models." Approach, breakover and departure angles of 19, 18.69 and 31.0 degrees respectively provide outstanding all-terrain performance. The Range Rover Evoque Convertible is designed to scale extremely steep 45-degree gradients, tilt to an incredible 35 degrees, and wade through water up to 19.7-inches (500mm) deep. The Range Rover Evoque Convertible is equipped with a variety of standard Land Rover off-road technologies, including the proven Terrain Response® system. Terrain Response® tailors steering, throttle, transmission, center-coupling and braking/stability response to the terrain via four driver-selectable settings: General; Grass/Gravel/Snow, Mud and Ruts; and Sand. Standard on the Range Rover Evoque Convertible, Hill Descent Control (HDC®) is designed to assist the driver with controlled descents of difficult slopes by maintaining a constant speed and applying braking separately to each wheel. Hill Start Assist (HSA) is designed to prevent the vehicle from rolling backwards as it pulls away on an incline while Gradient Release Control (GRC) is designed to prevent the vehicle accelerating too quickly on a steep incline if the driver inadvertently releases the brake. POWERTRAIN The Range Rover Evoque Convertible is available with a 2.0-liter gasoline engine. Producing 240-hp and 251-lb-ft of torque it provides responsive in-gear acceleration, a 0-60mph time of just 7.8 seconds and a top speed of 112mph (180km/h). The compact all-aluminum, four-cylinder design features an advanced low-inertia turbocharger, high-pressure direct fuel injection and twin independent variable-valve timing for instant response. Twin balancer shafts ensure refinement meets the levels demanded from all Range Rover vehicles. Advanced fuel-saving technologies include piston rings and tappets coated with a low-friction finish; a sheet-metal exhaust manifold that shortens the engine warm-up phase to reduce emissions on short journeys; and an advanced electronic management system for precision control over the combustion process. An advanced ZF® 9-speed automatic transmission forms part of the vehicle's standard specification. Designed specifically for its transverse application, the ZF 9HP transmission features nine closely staggered ratios for excellent acceleration and efficiency. When the ignition is activated, the rotary gear-shift controller with its tactile knurled metal finish rises from the center console. The driver can opt to leave the transmission in automatic mode, allowing the Adaptive Shift Strategy to intelligently anticipate driver behavior. Alternatively, gears can be manually selected via steering-wheel-mounted paddleshift interface for ultimate control. First gear is an incredibly low ratio, and suitable for very brisk acceleration from a standstill, low-speed all-terrain driving or extremes of altitude and gradient. The Range Rover Evoque Convertible will automatically default to second gear - comparable to first gear in transmissions with fewer ratios - at a standstill, ensuring peerless refinement and efficiency from rest. At the opposite end of the spectrum, ninth gear offers a reduced engine speed suitable for motorway cruising. Active Driveline Four-Wheel Drive Active Driveline offered as standard equipment, increases both efficiency and agility. During steady-state driving at speeds above 22mph (35km/h), Active Driveline switches from four- to two-wheel drive, reducing driveline friction to increase efficiency. The system continuously monitors traction and driver inputs, and can seamlessly revert to four-wheel-drive operation in just 350 milliseconds. A pair of electronically controlled clutches located either side of the rear differential also increases on- and off-road capability with Active Driveline. The clutches quickly distribute torque to the rear wheel with superior grip, improving traction in low-grip off-road situations as well as heightening driver engagement on road. Occupants can monitor the status of the Active Driveline system by swiping to the 4x4i function on the all-new Land Rover InControl® Touch Pro™ touch-screen infotainment system. Torque Vectoring by Braking (TVbB) monitors dynamic behavior and operates on all four wheels. Should understeer be detected, TVbB is designed to apply a small braking force to the outside front wheels, subtly tightening the car's line for additional agility. ADVANCED DRIVER ASSISTANCE TECHNOLOGIES The Range Rover Evoque Convertible HSE Dynamic is available with a full suite of optional Advanced Driver-Assistance Systems. These include: 360 degree Parking Aid 360-degree Park Distance Controls provide the driver with virtual object tracking along the sides of the car, giving confidence in confined situations, like multi-story parking garages, at speeds up to 10mph (16 km/h). Autonomous Emergency Braking Autonomous Emergency Braking helps mitigate accidents when the vehicle is travelling at speeds below 21mph (35km/h), and is designed to reduce the severity of any impacts between 32-50mph (50-80km/h). The system uses a stereo camera mounted next to the rear-view mirror to monitor objects that pose a risk of collision, such as queuing traffic. If a collision is likely, the system is designed to alert the driver with both a visual and audible warning. If no avoiding action is taken, an additional driver warning is triggered while the system applies maximum braking pressure to bring the vehicle to a controlled stop1. Autonomous Emergency Braking is available when either Lane-Keeping Assist or Lane-Departure Warning systems are specified. Lane-Departure Warning and Lane-Keeping Assist Complementing Lane-Departure Warning, which warns the driver if they are drifting out of their lane by vibrating the steering wheel, Lane-Keeping Assist actively helps the driver stay in the correct lane by adding any necessary steering correction. The technology works by combining input from the forward-facing stereo camera to monitor road markings, as well as the electric power-assisted steering system. Should Lane-Keeping Assist sense that the driver is unintentionally changing lanes, it initiates a gentle steering input to return the vehicle to its intended position. Lane-Keeping Assist is designed to be completely unobtrusive: it is not active if the turn signals are activated, the driver can easily steer against it, and the system can be entirely disengaged if desired. Driver Condition Monitor Driver Condition Monitor reviews driver steering inputs to guard against a driver falling asleep at the wheel. Should this advanced technology detect the jerky, non-linear movements typical of driver suffering the symptoms of fatigue, it automatically triggers both an audible warning and a visual warning in the instrument cluster. The Range Rover Evoque Convertible also features a number of additional driver assistance technologies including Traffic Sign Recognition which scans the road ahead for certain road signs and, if detected, will display the information to the driver via the instrument cluster or Head-Up display. EXTENSIVE TESTING PROGRAM Since its launch, the Range Rover Evoque has been lauded for its driving dynamics and all-terrain capability. To ensure the Range Rover Evoque Convertible retains a similarly impressive breadth of capability, Land Rover chassis engineers undertook a rigorous test schedule on roads ranging from high-speed autobahns, to tight and challenging hairpins in the Italian Dolomites. Extensive development was also carried out on wet-handling test tracks, frozen lakes in Sweden and race circuits including the Nürburgring Nordschleife to further refine chassis settings. Verification prototypes covered hundreds of thousands of miles on test tracks, off-road facilities and public roads around the world, including in Canada, Dubai, Germany, Italy, Norway, Spain, Sweden, USA and the UK. Extremes of temperature, altitude and endurance tested the Range Rover Evoque Convertible to its limits in a punishing program. Other vehicles were run around the clock on data rigs with hydraulic rams simulating particularly harsh full-life mileages. As a result, the Range Rover Evoque Convertible delivers comparable levels of composure, agility and off-road capability to the coupe and five-door derivatives and remains equally rewarding to drive, no matter how challenging the terrain. Mike Cross, Jaguar Land Rover Chief Engineer of Vehicle Integrity, said: "Land Rover prides itself on being a leader when it comes to all-terrain capability and the Range Rover Evoque Convertible is no different. Thanks to a combination of innovative engineering and the application of advanced technologies, the Range Rover Evoque Convertible will deliver a dynamic and assured SUV driving experience that has been tested around the world." The combination of weight distribution of the Range Rover Evoque Convertible and revised chassis settings required all parameters governing stability control, ABS, four-wheel drive and Terrain Response® settings to be recalibrated on a comprehensive range of surfaces. Evaluation near the Arctic Circle alone lasted for four months where temperatures frequently fell below minus 22-degrees Fahrenheit (minus 30-degrees Celsius). Designed and engineered at the Land Rover development center in the UK, the Range Rover Evoque Convertible will be built alongside the five-door and coupe derivatives at the company's award-winning Halewood manufacturing plant, supported by the UK Government's Regional Growth Fund. It goes on sale mid-2016 in over 170 markets worldwide.
  4. With the ongoing mess that is the Volkswagen Diesel scandal, Jaguar Land Rover isn't changing their strategy of selling diesel vehicles for the U.S. marketplace. “We are convinced of the benefits of diesels from a fuel economy and from an all-wheel drivability perspective, and that hasn’t changed,” said Joe Eberhardt, Jaguar Land Rover U.S. CEO. Eberhardt says it's "too soon to tell" if the diesel market will be weighed down by the mess caused by Volkswagen, but is confident in their diesel engines in meeting EPA requirements. The company is planning on introducing diesel engines to the majority of their lineup by the end of 2017. Land Rover has begun selling the Range Rover and Range Rover Sport with a turbocharged 3.0L diesel V6 in September. Eberhardt said that roughly 16 percent of the total sales of the Range Rover and Sport models in September were equipped with the diesel engine (about 332 models). JLR Spokesman Stuart Schorr tells Automotive News that the diesel V6 has been certified by the EPA, but admits that it is unclear if the EPA will need to recertify the engine. Source: Automotive News (Subscription Required), Autoblog
  5. Earlier this month, we reported that Jaguar Land Rover's Special Vehicle Operations (SVO) division was embarking on its next project - a hardcore off-road brand named SVX. At the time, SVO Head David Edwards didn't go into further detail aside from announcing the project. But British publication Autocar has gotten some details about what the first SVX vehicle will be. The report says the first SVX vehicle will be the next-generation Discovery due out sometime next year. The SVX variant will follow a fair bit later and showcase the division's technical as well as mechanical ability on dealing with difficult terrain. Edwards to comment on specific models that are in development, but did say there was a market for these type of vehicles. “There is a market for more off-road capability, so of course we’re looking at it. In the US there’s a wide snowbelt, in the Middle East there’s extreme sand and in regions such as Australia and South Africa there is a need to cover very rugged terrain," said Edwards. “There’s a very interesting market for cars with usable capability,” he said. “The established German luxury competitors are there, but we think there’s an opportunity to offer something different and something more. We’re well planned to develop and exploit opportunities in that marke Source: Autocar
  6. Luxury automakers are finding it difficult to make the business case for building V8 engines. Stricter fuel economy and emission standards, along with sales of V8 powered models dropping have them wondering if they should continue work on developing new variants. Take for example Jaguar Land Rover. The current V8 in naturally-aspirated and Supercharged forms has been with us for 20 years. While the company has been trying its best to keep the engine up to date, the thirsty nature and possibility of it not meeting future emission standards has the future of V8 up in the air. But Automobile reports that a deal is currently being worked out by JLR and BMW for the German automaker to supply V8 engines to the British. The possible engine is a new 4.0L twin-turbo V8 that promises to be more powerful, fuel efficient, and lighter than the current V8s on offer from either automaker. Why is BMW making a possible deal with JLR? Most likely it comes down making a stronger business case as to why they should go forward with developing a new V8 engine. Source: Automobile
  7. The last time an inline-six could be found under the hood of a Jaguar or Land Rover vehicle was back in 1996. Afterwards, the British automaker would introduce a range of V6 engines. But those engines could be replaced by an inline-six engine. Car Magazine has learned from sources that Jaguar Land Rover are readying a new inline-six engine that will be based off the new Ingenium four-cylinder engine family. The reason Jaguar Land Rover can do this is the Ingenium engine was designed to modular, so adding two more cylinders will not be a big issue. The engine will be a 3.0L and feature direct injection and turbocharging. There will be gas and diesel versions with three different power outputs. Gas: 300, 400, 500 horsepower Diesel: 275, 335, 400 horsepower It is unknown what vehicle the new inline-six will go into first. But Car says it will be in a number of Jaguar and Land Rover vehicles. Expect to see engine debut in 2017. Source: Car Magazine
  8. Land Rover has seen the future and has decided to show their findings in the Discovery Vision Concept, which was revealed last night in New York City. The Discovery Vision "is a vision into the future of Land Rover's new family of leisure vehicles." It also marks the return of the Discovery nameplate to the U.S. Styling wise, the Discovery Vision is taking some cues from the Range Rover family with a silhouette that is much more futuristic and sportier than the current LR4. Design cues to take note of are the rounded front end, laser-powered headlights, a rising character line along handle-less doors, and twenty-three inch wheels. For the interior, the Discovery Vision comes with seating for seven people and can be folded via a touchscreen in the front. Speaking of touchscreens, the Discovery Vision comes loaded with them. There are two touchscreens on the steering wheel for the driver to control certain functions and two touchscreens on the centerstack. On the technology front, Land Rover has gone a bit mad. For starters, the foglights can emit infrared lasers to scan the terrain. This information is used create a map and is displayed on the instrument cluster for the driver to help the navigate. Then there is the trick where the Discovery Vision can make its hood appear transparent to improve driver confidence. This is done with cameras mounted under the grille which provide video of the terrain and the heads-up display system which can overlay the video on the hood in the driver's line of sight, thus pulling off a clever illusion. Finally, there is Remote Control Drive which as the name suggests, makes the Discovery Vision into a RC car. The system works by the driver uses a smartphone or tablet, connected to the vehicle via the built-in wireless network, to drive it slowly over short distances. While we're not sure how much of the tech will make it into the next-generation Discovery, expect a lot the design come when the production model is introduced in the next couple of years. Source: Land Rover Press Release is on Page 2 LAND ROVER DISCOVERY VISION CONCEPT DISCOVERY: A NEW BEGINNING In the 25 years since its launch, the Land Rover Discovery has carved an enviable reputation for itself – from deserts, jungles and barren peaks, where its unrivalled capability sees it through the harshest terrain, to cities and country tracks worldwide, where its distinctive blend of spacious design and innovative versatility have made it a global success, winning numerous awards and clocking up impressive sales figures. The Discovery shaped the 4x4 leisure segment and, over the course of a generation, became synonymous with it. Always a trend-setting pioneer, the Discovery is now on a journey of transformation and is set to change the face of the next generation too. From 2015 onwards, the Discovery nameplate will be borne by not just a single model but a distinct range of vehicles that symbolize the essence of the premium, lifestyle-orientated SUV: modern, versatile, practical and desirable, with the unmistakable DNA of Land Rover at its core. As Range Rover has done in the luxury SUV sector, the Discovery nameplate will come to redefine its territory in the leisure category. With the best designed and most premium, practical, versatile vehicles in their class, the future Discovery range is set to fundamentally enhance the way drivers around the world take on the adventure of modern life. DISCOVERY VISION CONCEPT: DESIGNING THE FUTURE The Discovery Concept is a vision into the future of Land Rover's new family of leisure vehicles. It is a vision of a premium and thoroughly modern lifestyle vehicle – a highly desirable interpretation of our well established Discovery nameplate, with a strong focus on relevant versatility and compelling design. This will truly resonate with customers while respecting the established values of Discovery's unique heritage. With its optimised volume and proportions, dramatic silhouette and overall modernity inside and out, this concept is a radical departure from Discovery as we know it – and yet, its unique DNA is evident, with the stepped roof, alpine lights, command driving position and stadium seating all working in harmony to create a vehicle that acknowledges its roots, whilst firmly looking forward. Though a full-size SUV, the Discovery Vision Concept looks remarkably compact. This has been achieved through a combination of well-considered design elements such as wrap-around headlamps and tail lamps and the short front and rear overhangs serving to reduce the visual length. The headlamps utilise advanced laser technology to generate incredibly bright, far-reaching beams of light, paired with LED daytime running lights. Slim foglamps on either side of the prominent undershield are capable of emitting both infrared and coloured lasers, which assist in the Laser Terrain Scanning and Laser Referencing functions. In profile, the Discovery Vision Concept's raised beltline alludes to the incredible levels of space available inside. The doors are operated by gesture control, and, with no need for handles, the resulting clean, beautifully crafted surfaces and the flush, tight gaps between their interfaces further impart a sense of modernity. The slim, aerodynamic wing mirrors have embedded cameras, which augment the view of the driver through the windows, providing an extended field of vision while parking and reversing. Just below the doors, sill steps on either side automatically deploy to facilitate occupants' entry and exit, with LED lighting to illuminate the ground being stepped onto. The body coloured C-pillar, the stepped roof flowing into the alpine lights and the distinctive asymmetrical graphic element on the rear number plate also references its Discovery heritage. The Discovery Concept takes a thoroughly modern view but also acknowledges the need to evolve specific Discovery elements such as the split tailgate which has evolved on the Discovery concept to a highly flexible new tailgate design incorporating a social seat system in the vehicle's loadspace area. The gesture-controlled, electrically powered, single-piece tailgate is paired with an event platform, which electrically deploys from within the rear bumper, just above the rear undershield. The Vision Concept has sleek horizontal tail lamps and vertical foglamps, and as at the front, the rear window also features hidden wipers, neatly concealed under the rear spoiler. The concept car, which is painted in a Tribeca Grey finish, is fitted with bespoke 23-inch split-five-spoke Aero Viper alloy wheels with a bright silver turned finish. INTERIOR: INNOVATION AND VERSATILITY COMBINED The interior of the Discovery Vision Concept is a dynamic blend of form, colour and material, striking in its clean, modern visual simplicity. It has been carefully crafted to deliver enormous levels of spaciousness and an open, airy feel for all occupants, while still cocooning them in an environment that feels cosy and secure. With a brief to create the ultimate leisure space, Land Rover's design team has created a warm and welcoming interior, crafted in Nimbus and Navy premium leather, open pore grey wood veneer and polished and brushed aluminium finishes. The large glasshouse and panoramic roof let in plenty of light and afford clear views out, while the vehicle's high beltline creates a feeling of security. The Discovery Vision Concept seats seven full-size adults in great comfort, in a 2+3+2 layout across three rows. Every passenger is catered for equally, with plenty of headroom and legroom and access to storage, infotainment and accessories. The Discovery Vision Concept maintains the command driving position, within an airy cockpit that gives excellent visibility. Flowing lines and warmly textured materials tastefully complement clean, futuristic technology interfaces. The steering wheel incorporates two small OLED touchscreens to operate the infotainment system, and with turn signals and headlamp functions operated by gesture control, indicator stalks are absent, creating more visual space and less clutter around the driver. This also affords a clear view of the instrument cluster, which features a high-definition screen with a 3-million-pixel resolution for incredibly vivid, sharp imagery. The top of the fascia has a leather-wrapped aerofoil-shaped structure for a light, minimalist appearance. The swooping form of the fascia's central 'arm' encases two high-resolution touchscreens, which display the vehicle's system menus. The lower touchscreen flips up to reveal a storage binnacle with an induction pad for easy, cable-free recharging of smartphones. Further down along the console is a rotary gearshift control, which deploys and rises into the driver's hand as it approaches, and a secondary rotary which controls functions such as Terrain Response and Tow Assist. This secondary rotary can detached and taken out of the vehicle to operate Remote Control Drive. The seats have a sculpted, wrap-around effect, with bolstered leather wrapped around the frame for a minimalist yet solid structural appearance. The third-row seats get their own colour: Navy leather, in contrast to the other five seats, which are made from Nimbus leather. This visual separation helps create a personalised ambience for the third-row passengers. All seven seats feature Sky Blue contrast stitching. Built to take the demands of family life, the Discovery Vision Concept's cabin is finished in Foglizzo H20w, an innovative premium leather that is specially treated to make it completely washable, while the Nubuck inserts on the first- and second-row seats feature Foglizzo H203 treatment that makes them totally oil- and water-repellent, to protect against spills. Soft and beautiful, yet highly durable, the Foglizzo leather is very easily washed and cleaned, making it the perfect solution for an uncompromisingly active lifestyle. A SkyLight cabin light is incorporated into the structural cross-beam that spans the panoramic roof. Providing an even, warm spread of light, it can be activated and brightened or dimmed with a gesture. Gentle orange lighting in the doors and floors further enhances the ambience of the interior. INNOVATIVE VERSATILITY Versatility and practicality have always been fundamental aspects of the Discovery, and every facet of the Discovery Vision Concept's carefully considered design reflects a sense of thoughtful innovation. The Discovery Vision Concept's reconfigurable seating system perfectly represents this philosophy. The seats in the second and third rows are able to slide backwards and forwards fully, both independently and as a complete row, fitting flush with the seat ahead or behind them ('theatre-fold'). The seat can also fold down flat, with the seatback effectively becoming a table surface ('table-fold'). Thus, with varying combinations of theatre-fold and table-fold seats, it is possible to create differing configurations for convenience and comfort – all easily selected from the menu on the console touchscreen. Possible configurations include: • 7-seat mode: Standard seating for seven adults in three rows. • 6-seat-mode: Second row middle seat in table-fold; more convenience for the second-row outboard-seat passengers. • 5-seat mode: Both second-row outboard seats in table-fold (more convenience for the middle-seat passenger) or both third-row seats in theatre-fold with the second row (plenty of extra load space). • 4-seat, or 'limousine' mode: Second row outboard seats in full theatre-fold with the front seats, and the second row middle seat in table-fold. Two passengers seated in the third row seats enjoy huge amounts of legroom. In addition, the back of each seat not only contains a gesture-controlled infotainment screen with a wide variety of functions, but also packs numerous convenience features such as integrated pop-out coat hangers, fold-out tray tables and tablet docking ports. With a nod to the original Discovery and its Conran Design-inspired cubby-bag which clipped into the centre console, the Discovery Vision Concept features detachable travel luggage smartly integrated into the doors, so that passengers can save having to pack and carry a suitcase and load it into the boot. The high-quality hard cases clip straight into the insides of the doors, and once detached, can be taken away from the vehicle like a regular stroller bag, as they have wheels in their bases and extendable handles. Accessories such as picnic blankets, sleeping blankets and cushions, are designed to enhance leisure activities. They are handcrafted by Sula and made with material woven by Harris Tweed, exuding British quality and workmanship. The Discovery Vision Concept's social seating platform is another elegant manifestation of the Land Rover designers' mission to maximise versatility. The social seat is deployed from under the boot floor. When initially extended, it forms a platform for activity. When further folded out, it becomes a bench that can be used by all to sit on. Used in conjunction with the powered single-piece tailgate, which opens up fully to serve as a canopy, and the deployable event platform, which can serve as a viewing platform to stand on, the social seating system supports a variety of outdoor leisure activities, from picnics and watching the polo to changing kids' muddy rugby kit. With conversion attachments, the sill step can also be used as a mounted bike/ski rack when the vehicle is on the move. PIONEERING TECHNOLOGY The Discovery Vision Concept is packed full of pioneering technology that is being developed by Jaguar Land Rover: technology of incredible intelligence and capability, that makes the driver and passenger experience alike safer, smarter, more connected and more engaging than ever. Laser headlamps The Discovery Vision Concept's headlamps feature laser diodes in combination with LED running lights. Laser light is the next generation of automotive lighting technology. These lights utilise laser-activated phosphor projection to emit a very bright and even beam of pure white light. The power of the laser light beam adds a distance of over 300 metres to the range of the headlight, and the quality of the light itself is closer to daylight – smooth and clean, with no patchiness or speckling – than any other type of artificial light, all of which makes for excellent and greatly enhanced visibility on the road. Further, Jaguar Land Rover's intelligent dipping and tracking technology uses hi-definition cameras to automatically detect and assess oncoming traffic, instantly dipping the relevant parts of the light beam to avoid glare to other road users, and adjusting the rest of the beam to maintain perfect visibility in all driving situations. By immensely boosting driver confidence and decreasing fatigue, reducing glare and avoiding the need to take one's hands off the wheel to operate the dip function, laser headlamps aim to make a huge difference to the automotive landscape by vastly increasing road safety. Additionally, laser lights have the added advantage of also being very compact – a tenth the size of LEDs – which opens up numerous design and engineering possibilities. Smart Glass & Passenger HMI The Discovery Vision Concept also previews a truly futuristic technology that will radically transform the user experience for drivers and passengers alike: smart glass. This state-of-the-art glass is capable of displaying imagery, like a computer screen – but is otherwise entirely transparent, like regular glass. Smart glass is used in the entire glasshouse of the Discovery Vision Concept – in all the windows, the panoramic roof and, allied to Head-Up Display (HUD) technology, in the windscreen – and opens up a world of exciting possibilities. Augmented reality involves overlaying real-time information onto the view of the surroundings as seen through the windows by the driver or passengers. The smart glass in the window can work in conjunction with eye-tracking sensors and the vehicle's sat-nav system to identify that, for instance, a passing landmark is being observed by one of the vehicle's passengers – and displays relevant information, such as navigation or tourist data, to that passenger. That information can then be swiped from the window directly into a passenger's seatback infotainment screen, or – adding in the functionality of passengers' personal devices – even to a docked tablet or smartphone. The image projection properties of smart glass also enhance the view through the windows; for instance, bay parking, reversing around corners or parking a trailer is made easier by projecting camera feeds onto the driver's view out of the smart-glass window, broadening the field of vision. The graphical properties of smart glass enhance ambience and privacy controls; the window can be dimmed with infinite gradation or completely blacked out with the swipe of a finger, while the panoramic roof also has the option of displaying screensaver-style 'mood screens'. From a soothing starry night sky as you drive through a city to a clear blue summer sky on a winter's evening – the smart glass on the panoramic roof lets you set the mood. The Discovery Vision Concept emphasises a great infotainment experience for all passengers. Individual 10-inch high-resolution screens are fitted into four of the seat backs, with the console screens serving the first-row right-hand-side and second-row middle passengers. Each passenger has not only full video and internet access via the vehicle's secure in-car WiFi network and the ability to link up to the smart-glass data from the windows, but can also, thanks to embedded cameras above each screen, video-call any other passenger seated in the Discovery Vision Concept, and talk in a natural face-to-face manner without having to twist rearward. The tablet dock integrated into the seatback folding trays also allows personal smartphones and tablets to be hooked up to the vehicle's system. The screens can be operated with hand gestures – for instance, swiping a hand left or right to change the mode, or rotating a finger to increase or decrease the volume. Gesture Control A number of other functions in the Discovery Vision Concept are also controlled by intuitive gestures, which is the next generation of HMI technology. Jaguar Land Rover's researchers have developed carefully calibrated motion sensors that precisely recognise designated hand or finger movements, thus eliminating the chance of unintentional triggering of functions. In addition to the passenger infotainment systems, gestures open and close the vehicle's doors and tailgate, operate the lights and turn signals, activate the rotary gearshift control, and dim and brighten the cabin lighting. UNSURPASSED ALL-TERRAIN CAPABILITY The Discovery, beloved of rutted roads and green lanes across the world, has a proud history of successfully tackling gruelling overland expeditions – most recently, the Journey of Discovery in 2012, where the one-millionth Discovery to be built was driven 8,000 miles from Birmingham to Beijing, China. The Discovery Vision Concept carries forward this tradition: from its design and build to the capability of its technical systems, it is not just every inch a Land Rover, but has the most advanced capability of any Land Rover, ever. The Discovery Vision Concept shows the direction of cutting-edge all-terrain technologies developed by Land Rover, which, from motorways to mountaintops, deliver the best functionality whatever the terrain. Remote Control Drive This feature enables the driver to manoeuvre the car at very low speed while not actually seated inside it, via the removable secondary rotary on the centre console, as well as via a smartphone or tablet. Applications include: • extreme off-roading, where it is sometimes safer and easier to inch the vehicle over obstacles from an outside vantage point, • coupling to a trailer, or • driving through gates, where the driver can avoid repeatedly getting in and out of the vehicle by simply opening the gate and letting the vehicle drive through via Remote Control Drive, before shutting the gate and re-entering the vehicle. Remote Control Drive has a simple, easy-to-use interface, encrypted access and operation only via the vehicle's localised WiFi, putting the power of autonomous vehicle control safely and securely in the driver's hands. Laser Terrain Scanning Another enhancement to the driver's capability is Laser Terrain Scanning. The Discovery Vision Concept's foglamps are capable of emitting infrared lasers, and these are used to scan the ground ahead, map the terrain and display the mapped imagery on the hi-definition cluster screen, providing the driver a vital visual reference and helping him understand the lay of the land while driving in challenging off-road conditions. Laser Referencing Both on and off the road, the Discovery Vision Concept's laser technology capability offers an additional resource: Laser Referencing. Here, the laser light is tuned to specific colours in the visible spectrum and used to project visible images onto the road. This has numerous useful applications, including projecting warning triangles onto the tarmac behind the car for other motorists to see in the event of a stoppage, or projecting reference points onto roads, walls or any terrain, in order to help the driver to judge tight gaps and to park or drive in congested spaces. Transparent Bonnet Another way of providing the driver with enhanced visibility and a greater understanding of the terrain is Land Rover's innovative Transparent Bonnet system. Cameras under the vehicle's grille send video of the terrain being traversed, projecting it to the Head-Up Display in the windscreen. By overlaying the imagery through the driver's line of sight on the HUD covering the bonnet area, the system effectively creates a 'see-through' bonnet view of the terrain and the direction of the front wheels, thus improving visibility and enhancing driver confidence. Terrain Response The next generation of Land Rover's iconic multi-mode terrain-tackling system links up and networks all these advanced capability technologies, as well as Hill Descent Control, wet grass traction control, auto hi/lo, Low Speed Steering Assist and Wade Aid. Terrain Response not only analyses the type of terrain being traversed – snow, ice, mud, grass, water, rocks, ruts, tarmac, gravel, sand, inclines and so on – but also proactively anticipates upcoming terrain via Laser Terrain Scanning and forward-facing camera sensors, and instantly engages the appropriate system to best respond to that type of terrain and situation. Wade Aid is a new sensory wading system that uses lasers to judge the depth of water ahead before the vehicle even begins to wade, and informs the driver of the feasibility of the intended wading manoeuvre. The Discovery Vision Concept's all-terrain capability enables differing levels of driving enhancement: • All Terrain Progress Control: A low-speed all-terrain cruise control that vectors torque to enable semi-autonomous off-road driving at a steady speed. • All Terrain Coach: for the more manually inclined. Here, the driver chooses from a menu the type of terrain being traversed and then gets a recommendation as to which off-road system ought to be activated for the best response. • Enhanced All Terrain Coach: marks a specific route across a terrain map rendered on the console display via Terrain Scanning, and suggests the appropriate systems to help navigate it step-by-step. The systems on the Discovery Vision Concept offer multiple levels of autonomy, so that the driver always has the choice to be engaged and involved with the terrain just as much as desired or needed. By enabling better vision and decision-making, they aim to provide the driver with more of the right information at the right time, helping progress through seemingly impassable terrain, and leading to more confidence, security and enjoyment on any terrain.
  9. Land Rover is in the midst of redesigning and changing up its lineup. They have just finished working on the Range Rover family and are turning their attention to the rest of the lineup. Case in point is the replacement for the Land Rover LR2 which was caught by spy photographers this week. The Discovery Sport as its being called by Automobile Magazine looks to be taking some cues from the Range Rover Evoque in the front with rounded, aerodynamic nose. Other details we can gleam include a high ground clearance and a horizontal roofline. Automobile Magazine goes onto say the new Discovery Sport will use a modified version of the Evoque's platform and come in five and seven-passenger models. Source: Automobile Magazine William Maley is a staff writer for Cheers & Gears. He can be reached at william.maley@cheersandgears.com or you can follow him on twitter at @realmudmonster.
  10. William Maley Staff Writer - CheersandGears.com December 8, 2013 Land Rover is reportedly working on a pickup version of the new Defender. What Car? has learned from the brand's design head, Gerry McGovern that the new variation will be a ‘premium’ product to compete with the likes of the Volkswagen Amarok. Sources say the truck will be offered in a crew cab and boast best-in-class off-road capacity thanks in part to a permanent four-wheel drive system. McGovern says the truck could go on sale as early as 2017, a year after the new Defender goes on sale. Source: What Car? William Maley is a staff writer for Cheers & Gears. He can be reached at william.maley@cheersandgears.com or you can follow him on twitter at @realmudmonster.
  11. William Maley Staff Writer - CheersandGears.com October 17, 2013 Almost two years ago, we reported on the possibility of a Range Rover Evoque XL. The extended version of the entry-level Range Rover would utilize an extended version of the LR-MS platform that currently underpins the Evoque. Now the extended Evoque rumor has surfaced once again, with some changes. Autocar got their hands on a report from analysts at Bernstein Research which says Land Rover is working a extended Evoque, codenamed L560. L560 will utlize a new aluminum platform that will underpin a family of new Jaguar vehicles. In addition, L560 will utilize a new set of four-cylinder gas and diesel engines. L560 is set to arrive in 2016. Source: Autocar William Maley is a staff writer for Cheers & Gears. He can be reached at william.maley@cheersandgears.com or you can follow him on twitter at @realmudmonster.
  12. William Maley Staff Writer - CheersandGears.com October 11, 2013 After sixty-seven years in production, and more than two million models being produced, the Land Rover Defender will cease to be. According to Automobile Manufacturing News, Land Rover has made the decision to end production of the Defender in December 2015. The decision is due to the current model not being able to meet the new emission standards that are being introduced all-over. "A replacement vehicle will join the Land Rover range, but the Defender in its current format is coming to an end," said a Land Rover spokesman. What that will be and when the replacement will debut are up in the air at the moment. Source: Automobile Manufacturing News, Automotive News Europe (Subscription Required) William Maley is a staff writer for Cheers & Gears. He can be reached at william.maley@cheersandgears.com or you can follow him on twitter at @realmudmonster.
  13. William Maley Staff Writer - CheersandGears.com June 17, 2013 A new report from Edmunds says that Land Rover will bring over diesel-hybrid powertrain for its Range Rover and Range Rover Sport to the U.S. within the next couple of years. Previous reports said that Land Rover would only sell the the diesel-hybrid Range Rover in Europe due to the strict emissions regulations in the U.S. and the demand for diesels being on the low end. However, Land Rover has changed its stance due to Europe's upcoming Euro 6 emissions standards that will take effect in September 2014. The Euro 6 emissions standards will bring Europe more in line with the U.S.' standards, which will allow manufacturers to bring vehicles over to the U.S. without that many changes. Diesels have been also gaining in popularity here in the U.S. Recent figures show diesel car and SUV sales in the U.S. grew 24 percent from 2010-2012. That's not everything. Edmunds says turbodiesel V6 and V8 engines are being readied for the U.S. Source: Edmunds William Maley is a staff writer for Cheers & Gears. He can be reached at william.maley@cheersandgears.com or you can follow him on twitter at @realmudmonster.
  14. By William Maley Staff Writer - CheersandGears.com March 26, 2013 Land Rover chose New York as the place to unveil the 2014 Range Rover Sport. Not surprising since North American is Land Rover's best market and New York leads the continent for sales. The new Range Rover Sport's exterior looks like someone took the outgoing Range Rover Sport and placed the Evoque's front and rear end to it. It works very well actually, giving it a very aggressive look. Heading inside, the 2014 Range Rover Sport is more even more opulent with a stitched leather dashboard and seats, wide range of interior colors and trim, and a optional 12.3-inch electronic gauge cluster. Also available is a third row which Land Rover says is perfect for children or teenagers, or for adults on short trips. The 2014 Range Rover will come with two different powertrains: 3.0L Supercharged V6: 340 horsepower, 332 pound-feet 5.0L Supercharged V8: 510 horsepower, 461 pound-feet Power is channel through a eight-speed automatic to a a permanent four-wheel drive system with locking center differential. The Range Rover Sport uses a new an all-aluminum unibody that weighs 800 pounds less than the outgoing model. To put that into perspective, the 2014 Supercharged V6 model is 0.3 seconds than the outgoing base V8 model, despite the V6 being down 35 horsepower. The 2014 Supercharged V8 is a second faster than the outgoing Supercharged V8 model. Even with the sporty looks, the Range Rover Sport is still a Land Rover. That means it gets latest version of Land Rover's Terrain Response system. The latest version can detect what kind of terrain it's rolling over and automatically select the best mode to handle it: General, Grass/Gravel/Snow, Mud/Ruts, Sand or Rock Crawl. Land Rover hasn't announced when the 2014 Range Rover Sport will go on sale, but they did announce the prices which are as followed, Range Rover Sport SE: $63,495* Range Rover Sport HSE: $68,495* Range Rover Sport Supercharged: $79,995* Range Rover Sport Autobiography: $93,295* *Prices include $895 Destination Charge. Source: Land Rover William Maley is a staff writer for Cheers & Gears. He can be reached at william.maley@cheersandgears.comor you can follow him on twitter at @realmudmonster. Press Release is on Page 2 LAND ROVER REVEALS ALL-NEW RANGE ROVER SPORT 2014 US Models and MSRP(4): Range Rover Sport SE: $63,495 3-Liter Supercharged V6 340hp Range Rover Sport HSE: $68,495 3-Liter Supercharged V6 340hp Range Rover Sport Supercharged: $79,995 5-Liter Supercharged V8 510hp Range Rover Sport Autobiography: $93,295 5-Liter Supercharged V8 510hp Price includes $895 destination and delivery4 At A Glance: • Fastest, most-agile, and responsive Land Rover ever • All-new high strength aluminum structure provides a weight savings approximately 800lbs. over the previous generation Range Rover Sport • Improved agility and exceptional performance with improved fuel economy and reduced emissions • New 5+2 third row seating option for occasional use • Choice of 340hp supercharged V6 or a 510hp supercharged V8 engines • Standard eight speed automatic transmission by ZF • Choice of transfer cases - single speed Torsen or two-speed locking with low range • Advanced electronic driver assistance technologies • Superbly crafted, luxurious interior • Standard Intelligent Stop/Start technology to improve fuel economy and reduce emissions • Available new fully automatic Terrain Response® 2 system • Exceptional on-road dynamics and all-terrain performance provides an unrivalled breadth of capability (NEW YORK, N.Y.) – March 26, 2013 –– The all-new 2014 Range Rover Sport made its world debut today in New York City. It will be the fastest, most agile and responsive Land Rover ever. The Manhattan skyline provided the perfect backdrop for this world premiere, as the United States is the world's largest market for Range Rover Sport and the New York metropolitan area is the top market in the world. Developed alongside the 2013 Range Rover, the new Range Rover Sport delivers exceptional on-road dynamics with genuine Land Rover all-terrain capability. The technologically advanced Range Rover Sport presents an assertive and muscular exterior, luxurious interior, and the practical flexibility provided by the option of 5+2 third row seating for occasional use. Featuring Land Rover's breakthrough suspension design and innovative dynamic chassis technologies, the Range Rover Sport features an all-new aluminum unibody architecture to achieve a weight savings of approximately 800lbs. (Note to editor: The previous generation vehicle featured an "Integrated body-frame," which was composed of a steel unibody mounted on a full frame chassis). This weight reduction transforms the vehicle's dynamic performance, enabling it to blend agile handling with exceptional comfort and to offer a unique mix of sporting luxury and a dynamic, engaging driving experience. Speaking ahead of the official world premiere at the New York International Auto Show, Land Rover Global Brand Director John Edwards said: "The all-new Range Rover Sport is a vehicle that has been designed and engineered without compromise. With Land Rover capability at its heart, it is one of the most road focused vehicles we've ever produced, but of course still offers unsurpassed all-terrain capability. It is a vehicle which is designed to be driven. We've taken ride, handling and agility to another level for Land Rover to deliver a truly rewarding, sporting, drive together with unmatched luxury, capability and versatility. "Building on the success of the recently launched flagship Range Rover, the new Range Rover Sport also employs a vast array of new technologies which help to transform its performance, refinement and all round capabilities," adds Edwards. 1. RANGE ROVER SPORT DESIGN The all-new Range Rover Sport has been designed to capture the distinctive DNA of its predecessor, but with a bold evolution that places it at the heart of the three-model Range Rover portfolio, between the flagship Range Rover and the Range Rover Evoque vehicles. With its 'faster' windshield angle, streamlined profile and sloping roofline, the new Range Rover Sport is 8-percent more aerodynamic than the previous model and achieves a drag figure of Cd 0.34. 1.1 Bold and progressive exterior design The 2014 Range Rover Sport is just 2.5-inches longer than its predecessor. At 191-inches, it is shorter than many mid-sized sedans, bringing greater maneuverability and ease of parking. A wheelbase that's longer by 7-inches yields greater room and improved access for rear passengers. The new 2014 Range Rover Sport is 5.9-inches shorter and 2.17-inches lower than the new 2013 Range Rover on which it is based. It weighs about 100lbs. less than the Range Rover when similarly equipped. New interpretations of classic Range Rover Sport design cues include the signature clamshell hood, floating roof, and side fender vents. The vehicle also features bold new versions of the powerful wheel arch design, horizontal body feature lines and distinctive rocker moldings; all are key elements of the model's strong design heritage. While retaining the powerful Range Rover Sport character, the front end has a modern, streamlined appearance, with its slimmer lights, rearward sloping grille and sculpted corners. Finely crafted details Design details emphasize the new, more dynamic and contemporary character of the Range Rover Sport. The side fender vents have a more dynamic, sloping treatment and are matched by twin vents in the hood. The established Range Rover Sport two-bar theme is reflected in the twin strakes on the fender vents, the two-bar front grille and the twin lines in the tail lamp designs. Near-flush side glass and a premium gloss black finish on the pillars accentuate the Range Rover floating roof design – which can be highlighted with contrast roof colors – while also emphasizing the streamlined body. Brembo brake calipers finished in red, and a Black Package, which removes all brightwork from the exterior, are also available. At the front, the large outboard air intakes and bold trapezoidal shapes housing the central bumper beam and skid plate convey high-performance and high-capability. At the rear, a skid plate flanked by large twin exhaust outlets repeats the trapezoidal theme. The headlight clusters use distinctive new LED signature designs, with the slimmer lights creating an aggressive, technical appearance. A new compact design for the real lamp clusters uses LED technology. The main tail and stop lamps echo the headlamps' distinctive design language. Both front and rear lamps flow round into the shoulders of the body with the distinctive tapering blade design featured on the other Range Rover vehicles. 1.2 Modern, luxurious interior with a strong sporting character The interior has a sophisticated and modern appearance, incorporating distinctive Range Rover Sport design cues and providing the driver with a luxurious and sporting cockpit. For the new model, the strong, architectural forms of the design have been enhanced by a cleaner, purer surface treatment, beautifully executed using premium materials. The centerpiece of the cabin is the bold intersection between the instrument panel's strong horizontal elements and the center stack's vertical lines. The cockpit's dynamic character is enhanced by the faster angle of the center stack. Its satin chrome pillars flow from the instrument panel through into the rear cabin, and the aluminum accents flow from the center console into the dashboard fascia. The center console is mounted higher than before, positioning the controls closer to the driver and creating a cosseting feel for the front occupants. The smaller-diameter, thicker-rimmed steering wheel, vertical gear shifter and seats with generous side bolsters support the sporting ambience. The front and rear seats feature a sculpted design with enhanced padding to the front, and individualized seating in the second row. Increased rear seat comfort is provided by improved rear legroom (nearly an additional inch of knee room) and shoulder-room, plus split rear seats and the option of powered third-row seats. The third row is designed for occasional use, and power-folds flat into the floor to preserve cargo versatility. Superior materials, superior craftsmanship The new Range Rover Sport is crafted using the highest quality materials, with carefully selected colors and textures to enhance the model's unique blend of luxury with a distinctive sporting character. The use of modern finishes and veneers gives the cabin a dynamic and contemporary feel. More luxurious soft-touch surfaces are used for key touch points around the cabin, such as the dashboard fascia mid-section. Authentic metal details include the satin chrome pillars each side of the center stack and the choice of distinctive aluminum finishes on the center console, fascia caps and door trim. The focus on quality and traditional craftsmanship can be seen in the beautifully tailored twin-needle stitching used to finish the sumptuous leather seats and leather-wrapped interior surfaces. Range Rover designers specify all aspects of the stitching, from the length and direction of the stitches, to the spin, thickness, and material of the thread, and even the size and shape of the needle. 1.3 Individual choice for discerning customers For maximum personalization, the new Range Rover Sport offers individualized choices for customers. An expanded choice of special features includes color-themed interiors with multi-toned designs and a range of alloy wheels from 19- to 22-inches. Selecting a 'Dynamic' pack on Supercharged and Autobiography models adds exclusive trim options and performance features, among them a gloss black grille and exterior details, body-colored lower bumpers and side sills, unique interior color themes and finishes, plus an increased top speed of 155 mph (250km/h) 2 for the supercharged 5-liter, special 21- or 22-inch alloy wheels, and red Brembo brake calipers. The full range of design options available to Range Rover Sport customers will include: • 11 interior color themes, plus additional choice of seat color • 4 aluminum interior finishes, 3 real wood veneers • 3 headliner colors • 19 exterior paint finishes • 3 contrast roof colors – Corris Grey, Santorini Black or Indus Silver • Wheel options from ranging from 19-22 inches • Atlas Silver, Dark Atlas or Gloss Black finish for the exterior accents • Illuminated side sills 2. DYNAMIC CAPABILITY The Range Rover Sport marks a significant step forward for the model, adopting advanced vehicle technologies and new powertrains from the highly acclaimed new Range Rover, to transform the driving experience for customers seeking the ultimate premium sports SUV. Unprecedented investment in premium construction technologies has reinforced the Range Rover Sport model's position in the SUV segment and allows it to deliver significantly improved on-road handling with enhanced capability in challenging off-road conditions. 2.1 Connected on-road dynamics The new Range Rover Sport has been engineered to deliver dramatically improved on-road driving dynamics, with connected and agile handling complemented by enhanced ride and refinement. The vehicle's aluminum unibody platform – engineered in parallel with the new Range Rover – is 39 percent lighter than the previous model's semi-unibody plus chassis frame design, leading to significantly improved agility and performance. This new stiff and light structure is supported by all-new front and rear suspension systems, which are designed to deliver a much broader range of dynamic capabilities across all terrains. An all-new steering system, four-corner air suspension, and the latest chassis and stability technologies – including upgraded Dynamic Response and Adaptive Dynamics systems – also contribute to the new vehicle's enhanced capability. Its on-road dynamics are characterized by direct steering, with increased handling agility and reduced body roll delivering flatter, more confident cornering. Ride comfort and refinement have also been improved, delivering enhanced bump absorption and an effortless, supple feel. Lightweight suspension Underpinning the enhanced driving capability of the new Range Rover Sport is a new fully independent aluminum suspension that is double isolated, with wide-spaced double-wishbones at the front and a multi-link layout at the rear. The system delivers impressive wheel travel – with 10.2-inches (260mm) of front travel, 10.7-inches (272mm) at the rear. With 21.5-inches (546mm) of articulation, the suspension to delivers the composure to deal with the toughest conditions. The high strength aluminum chassis architecture is combined with a next-generation four-corner air suspension to maximize the vehicle's versatility both on- and off-road. This next-generation air suspension now offers variable ride height with two off-road lift settings: 1.4-inches lift for standard use and a 2.6-inches lift for more severe off-road use (This compares to a single 2.2-inches lift position on the previous model). The maximum ground clearance is available up to 31 mph (50 km/h). The system provides up to 4.5-inches (115mm) of regular movement, from the lowest setting 'access height' (now 0.4-inches / 10mm lower at 1.9-inches / 50mm lowering for easier entry and exit) to the standard off-road height. An automatic extension is triggered when on-board sensors determine additional 1.4" of lift is needed, and an additional manually selected extension of 1.4" can give a total adjustable height range of about 7-inches (185mm). Advanced technologies enhance dynamics A key element of the vehicle's agile and engaging character is a new Electric Power Assisted Steering (EPAS) system featuring variable-ratio speed-sensitive assistance. The system has been tuned for a responsive and confident character. Geared for 3.0 turns lock-to-lock, the system provides a faster overall steering ratio, but is slower just around the on-center position for enhanced stability and control at speed. Advanced chassis and vehicle technologies enhance suspension performance. Supercharged V8 models are equipped with a dedicated Dynamic mode in the Terrain Response® 2 system3, providing a more sporting bias during enthusiastic on-road driving, with a firmer ride, tighter body control, reduced roll and responsive steering and performance. Dynamic mode activates performance calibrations for a wide range of vehicle and chassis systems including the electric power steering, throttle and transmission responses, damping and lean control, and settings for the traction and stability systems. For the ultimate sporting driving experience, Dynamic mode3 is specified in combination with a number of key technologies, including Dynamic Response active lean control, a Dynamic Active Rear Locking Differential, and Torque Vectoring by Braking. Significantly reducing the amount of body lean during cornering, Dynamic Response transforms vehicle handling and occupant comfort. This new two-channel active lean control system is capable of controlling the front and rear suspension independently. This allows it to be tuned to deliver increased low-speed agility, along with enhanced control and stability at high speed. The Dynamic Active Rear Locking Differential employs an electronically controlled differential that can vary the degree of lock-up almost instantaneously to further maximize traction, handling and cornering stability. The rear differential can react 70ms faster than one in the outgoing model. Torque Vectoring by Braking uses the vehicle's brake system to generate the effect of a torque vectoring differential. This feature constantly balances the distribution of engine torque among the four wheels during cornering, resulting in improved grip and steering, and a reduced level of understeer. The system uses the Dynamic Stability Control (DSC) module and monitors the vehicle 100 times per second. As the Range Rover Sport accelerates through a corner, the system uses yaw sensors to detect the onset of understeer. To reduce understeer, imperceptible levels of braking are used to correct the vehicle attitude, while engine torque is transferred to the outside wheels, which have more grip, thus maintaining traction and steering control. Supercharged V8 models are also equipped with Adaptive Dynamics, featuring continuously variable dampers, providing the optimum balance of ride and control by offering infinitely variable damper settings between soft and firm extremes. The Adaptive Dynamics system monitors vehicle movements at least 500 times a second, reacting to driver or road inputs virtually instantaneously to give greater control and minimize body roll, providing a composed, flat ride. Sports Command Driving Position enhances confidence and control The Sports Command Driving Position combines the supreme sense of confidence and control offered by the Range Rover, but with a sporting, less upright seating position similar to that in the Evoque. This driving position offers an elevated and reassuring view of the vehicle's surroundings, and the new model retains excellent visibility over the hood. Meticulous attention to vehicle packaging and the pillar design have improved all-round visibility. All Range Rover models are developed with headroom targets that take into account head movements that occur in off-road driving. Intuitive display technologies The main instrument cluster consists of clear analog gauges with a 5-inch TFT display, while on certain high specification models; a new 12.3-inch high-resolution TFT virtual gauge display is available. This is accompanied by an 8-inch high-resolution touchscreen display on the center console for infotainment and secondary functions1. The screen designs on both displays create the impression of 3D surfaces, beautifully lit with subtle chrome detailing. Each display is able to adapt its content according to the driving situation. For example, in Dynamic mode, the two primary dials in the 12.3-inch display adopt a sporting red color scheme, with the current gear position presented prominently between the two dials. The control layout has been significantly simplified, with 50 percent fewer switches than before. The intuitive approach is reflected in the other major controls, such as the vertical gear shifter, the rotary Terrain Response® 2 control, the simplified climate control dials and the twin five-way toggle switches and auxiliary functions on the steering wheel. 2.2 Off-road capability Building on Land Rover's history for tackling the toughest climates and road surfaces, the 2014 Range Rover Sport has been developed to achieve all-terrain capability, with supreme composure in all conditions. Terrain Response® 2 and off-road technologies The Range Rover Sport vehicle enhances its status through the introduction of the next-generation version of Land Rover's Terrain Response® system3, which takes the capabilities of the acclaimed technology to a new level of ease of use and effectiveness. Developed by a small team of Land Rover specialists, Terrain Response® 2 features an Auto setting that uses sophisticated systems to analyze the current driving conditions, and automatically select the most suitable terrain program. Ensuring that the vehicle is always driving using the optimum mode, the new system is able to switch completely automatically between the five settings: General, Grass/Gravel/Snow, Mud/Ruts, Sand and Rock Crawl. Like previous Terrain Response® systems, each setting optimizes drivability and traction by adapting the responses of the engine, transmission, differentials, and chassis systems to match the demands of the terrain. While it functions automatically, Terrain Response® 2 will also provide the driver with additional advice, such as when to select low range or raise the vehicle to off-road ride height, when the system calculates that it is necessary. Stuart Frith, Range Rover Sport Chief Program Engineer, explained: "Land Rover's Terrain Response® 2 enables even non-expert drivers to benefit from the system's full capabilities, confident that the vehicle is automatically configured in the best possible way for each moment of their trip." Land Rover Terrain Response® is complemented by standard innovative driving aids3 including Hill Descent Control (HDC), Gradient Release Control (GRC), Hill Start Assist (HSA), Dynamic Stability Control (DSC), Electronic Traction Control (ETC), and Roll Stability Control (RSC). Performance of braking and stability systems is enhanced by the latest Bosch 6-piston brake modulator, which delivers faster, precise responses and smoother, quieter operation. Full-time intelligent 4WD systems The new Range Rover Sport offers a choice of two full-time intelligent 4WD systems, each able to deliver outstanding traction on even the most challenging low-grip surfaces. A two-speed transfer case system is available, with a low-range for the most demanding off-road conditions, and features a 50:50 percent default front to rear torque split. Optimum traction is maintained through an electronically controlled multi-plate clutch in the center differential, which can distribute torque between the wheels at any ratio between 100 percent front and 100 percent rear. This is combined with responsive and sophisticated electronic traction control systems. The transfer case offers selectable high and low range with shift-on-the-fly capability at speeds up to 37 mph (60km/h). The 2.93:1 low range ratio yields an extremely low crawl speed. The standard system, which is 40lbs. lighter, features an all-new single-speed transfer case with a Torsen® differential. Its 42:58 percent default front to rear torque split is designed to provide a rear-wheel drive bias for optimum driving dynamics, while maintaining off-road performance capability. The Torsen center differential constantly varies torque distribution between 62 percent front and 78 percent rear depending on conditions and grip available. The traction control system has been tuned to work in conjunction with the differential to deliver excellent traction in all conditions. To maximize traction and stability in extreme conditions, a Dynamic Active Rear Locking Differential is available in combination with the dual-range (high/low) 4WD transfer case. The locking rear differential has been engineered to work in conjunction with the electronic torque vectoring system. Engineered for total capability The 2014 Range Rover Sport has been designed and engineered to deliver the incredible breadth of capability for which the marque is famous. The new body structure was designed and engineered in parallel with that of the new Range Rover, representing the most extensive optimization process ever undertaken by Land Rover. Advanced computer simulations were used to analyze the punishing off-road loads that really push a vehicle's structure to its limits. One such example is the brutal 'ditch drop' impact. The new Range Rover Sport features enhanced body geometry to handle all terrain conditions, with 2.3-inches more ground clearance than the previous model at 11.2-inches (measured at off-road ride height), and generous approach and departure angles. The vehicle underfloor provides a smooth surface, with a smooth transition between suspension components, to reduce vulnerability to damage or interference. Wading depth has been improved significantly – an increase of nearly 6-inches over the previous model to 33.5-inches, thanks mainly to an innovative air intake system, which draws air from stacks extending into the hood, before it flows down into the engine's intake system. The re-engineered air suspension system with its new +1.4-inch (35mm) intermediate setting means that the off-road mode can be used at much higher speeds than before (50 mph / 80km/h vs 31 mph / 50km/h), which is especially useful in terrain with long, rutted dirt roads. The all-new suspension offers outstanding wheel articulation, and this is further enhanced when the Dynamic Response active lean control system is fitted. If this system detects off-road conditions, it isolates the stabilizer bar and reduces the level of roll compensation, thus allowing greater wheel articulation and increasing the contact patch with the terrain. When operating in Dynamic Response mode, wheel articulation is 21.5 -inches (546mm). Land Rover toughness and durability With engineering development using virtual simulation tools, followed by Land Rover's punishing on- and off-road test and development regime, the all-new Range Rover Sport has been engineered to achieve exceptional durability and reliability. Well over 20,000 physical tests have been completed across all components and systems, with a fleet of development vehicles covering countless thousands of miles over 18 months of arduous testing in more than 20 countries with extremes of climate and road surfaces. Prototypes were driven in challenging off-road conditions such as sand, mud and snow, and their durability was put to the test in extreme exercises to verify deep wading, underfloor vulnerability, snatch recovery and towing at maximum towing weight. Further extreme strength tests include worst-case scenarios, such as driving into curbs at speed, bridge jumps, ditch drops and sideways curb strikes. Punishing longer test regimes provide the ultimate challenge for durability and reliability including the month-long 'king of the sand' durability test in intense Middle East desert heat, a 5,000 mile flat-out endurance drive at the Nürburgring circuit in Germany, and grueling off-road test cycles involving thousands of miles at challenging UK proving grounds. 2.3 Range Rover Sport powertrain The all-new Range Rover Sport features a choice between a new 340hp 3-liter supercharged V6 engine and the formidable 510hp 5-liter supercharged V8 from the Range Rover Supercharged. Each is paired with an advanced 8-speed ZF automatic transmission, which deliver outstanding performance with immediate responses and a dynamic and connected character. The substantial weight saving of about 800lbs., courtesy of the aluminum platform, has helped to deliver both better performance and gains in fuel economy. A new standard Intelligent Stop/Start system can also reduce fuel consumption and reduce emissions in stop and go driving. Formidable 510hp Supercharged V8 The 510hp 5-liter V8 supercharged engine retains its place at the pinnacle of the Range Rover Sport line-up. With significant reserves of power and torque, the scale of the performance on offer is reflected in the 0-60 mph time of 5.0 seconds2 (0.9 seconds faster than the previous model). The stunning performance is accompanied by a sporting soundtrack generated by a specially tuned exhaust system and sound symposer on the intake system. The V8 has a compact all-aluminum design, with low levels of internal friction. The engine is managed by a new Bosch engine management system. High-pressure direct injection uses a centrally mounted, multi-hole, spray-guided injection system. Efficiency is further enhanced by a cam torque actuated, dual independent variable camshaft timing system. A sixth-generation, twin vortex system supercharger is fitted, which offers superior thermodynamic efficiency and extremely refined noise levels. New 3-liter Supercharged V6 A new 340hp 3-liter V6 engine delivers generous torque throughout the rev range, delivering confident performance with outstanding refinement with improved efficiency. As a 90-degree engine based on the Land Rover 5-liter V8, the V6 features an innovative balance weight system to ensure exceptionally smooth and refined performance. With a weight reduction of about 800lbs., the new 340hp supercharged V6 Range Rover Sport is quicker than the previous model with its 375hp 5-liter V8, achieving the dash from 0-60 mph in 6.9 seconds2, a reduction of 0.3 seconds. Enthusiastic drivers will also be pleased with a sporting engine note, emphasized by using a sound symposer on the intake system. Advanced 8-speed automatic transmission Both Range Rover Sport engines are paired with the advanced electronically controlled ZF 8HP70 8-speed automatic gearbox, tuned by Land Rover engineers to combine silky-smooth shifting with exceptionally rapid responses and excellent fuel economy. With eight closely spaced ratios, gear changes are almost imperceptible, with each shift completed in just 200 milliseconds. Controls include the sporting vertical gear shifter, plus the option of steering wheel-mounted paddle-shifters. Either system enables the driver to take control of gear shifting manually – the transmission will also accept multiple downshifts, maintaining an absolutely smooth transition between ratios. The transmission is tuned to select torque converter lock-up as early as possible to reduce slip and energy loss. The wider ratio spread, tall overdrive top ratio and the fact that no more than two internal clutches are open at any one time, all contribute to improved fuel economy and lower emissions. Transmission Idle Control disengages 70 percent of the drive torque when the vehicle is stationary and the engine is idling in Drive, reducing energy consumption in urban conditions. In cold conditions, the transmission selects a lower gear to speed warm up and quickly get the engine up to its efficient operating temperature. 2.4 Enhanced efficiency drives improved sustainability The new Range Rover Sport demonstrates Land Rover's commitment to enhancing the sustainability of its products and operations. The new Range Rover Sport takes a comprehensive approach to reducing environmental impact throughout the life-cycle of the vehicle, from development and manufacturing, to customer use and end-of-life. High-strength aluminum construction The all-new Range Rover Sport features an advanced all-aluminum body structure, delivering significantly reduced weight, improved performance and enhanced sustainability, thanks to the manufacturing process's reduced CO2 footprint. This advanced aluminum architecture underpins the next generation of Range Rover SUVs – including the recently launched Range Rover flagship model – and is the result of a £1 billion GBP investment program. The next-generation platform design continues Jaguar Land Rover's leadership in such aerospace-inspired, high-performance aluminum structures, having pioneered this technology in mass production since 2003. High-strength aluminum structure is light, strong, and refined The all-aluminum unibody structure helps to reduce the combined body/chassis weight by 39 percent compared to the previous steel unibody mounted on a full frame chassis. Not only is the aluminum structure impressively light, it is also incredibly strong. The body has been engineered to withstand the same punishing off-road use as all Land Rover vehicles. The joints in the shell are riveted and bonded together using aerospace techniques adapted for automotive use. Traditional energy intensive construction methods, such as spot welding, are not required. The Range Rover Sport is constructed in an all-new aluminum specific body fabrication shop. Critical to engineering such a weight-efficient body is the way different forms of aluminum components are employed within the structure: press formed panels, plus cast, extruded and rolled aluminum alloy parts, are combined in a rigorously developed structure where the strength is concentrated precisely where the loads are greatest. The resulting structure protects occupants using a strong and stable safety cell, and provides a very stiff platform for superior NVH and vehicle dynamics. Innovations to further reduce weight and enhance performance include the first automotive use of high strength AC300 aluminum within the crash structure. In another automotive first, the entire vehicle body sides are formed as single aluminum panels – reducing the number of joints, eliminating complex assemblies and improving structural integrity. Advanced technologies cut weight by 800lbs.* Land Rover engineers have combined the high-strength aluminum structure with substantial weight reductions throughout the chassis, driveline and interior systems, to deliver a weight savings of about 800lbs. when compared to a similarly equipped previous generation model. Key weight-saving technologies in the vehicle include: • All-aluminum door construction, including high-strength aluminum side intrusion beams • All-new front and rear suspension design with aluminum front and rear subframes • Painstakingly developed spring, damper and anti-roll bar designs • Aluminum final drive units and driveline components including new single-speed 4WD system with a Torsen differential • High precision magnesium castings used for the cross car beam and front end carrier • SMC (Sheet Molded Composite) tailgate • High-strength steel seat structures Streamlined aerodynamics The aerodynamic performance of the new Range Rover Sport was honed during an intensive development campaign using computational fluid dynamics (CFD) simulation tools. Special aerodynamic innovations produced during development included: • Aerodynamic underfloor paneling – extensive paneling creates a smooth, flat profile under the vehicle. Additional deflectors have been added around the front and rear suspension components, with front and rear undertrays around the main driveline components. • Enhanced air flow – detail features to improve air flow include near-flush glazing on the A-pillars and vehicle side glass; separation edges incorporated in the rear lamps and D-pillars; optimized shaping of the door mirrors and upper rear spoiler. Special attention has also been given to water management on the vehicle, including a hydrophobic coating on the front side door glass to help keep it clear of droplets, roof panels shaped to avoid unwanted drips when the tailgate is opened and a rear washer/wiper designed to avoid annoying drips. Efficiency maximizing powertrain technologies The advanced powertrains in the new Range Rover Sport have been extensively engineered to minimize fuel consumption and emissions. To ensure the greatest possible fuel efficiency, the latest Range Rover Sport powertrains incorporate a comprehensive selection of fuel saving technologies, including: • Stop/Start system – Intelligent Stop/Start system, which reduces fuel consumption by up to seven percent. The system features a Tandem Solenoid Starter with a dedicated secondary battery for instant restarting. • Smart regenerative charging – the electrical charging system has an intelligent power management system that prioritizes charging when the vehicle is decelerating, capturing the wasted kinetic energy and reducing the fuel demand of the electrical system. • High-pressure direct injection – engines feature the latest high-pressure direct injection technology for efficient combustion. • Low-friction designs –developed to minimize internal powertrain frictional losses. • Low viscosity transmission fluids – the 8-speed automatic is specified with the latest low viscosity fluid to maximize efficiency. The new Range Rover Sport further reduces fuel consumption by adopting energy efficient Electric Power Assisted Steering (EPAS) in place of the previous hydraulic system. Drivers may also make use of a new ECO Driving feature which provides them with fuel consumption information via the 8-inch touchscreen, to help them adopt more economical driving habits. Sustainable by design, with a full lifecycle approach The all-new Range Rover Sport has been designed with a full lifecycle approach, aiming to minimize the environmental impact by considering the entire lifecycle of the vehicle: from development and manufacturing, through customer use, to end-of-life recycling and re-use. Each element of the lifecycle was analyzed with a view to consuming fewer natural resources, using more sustainable materials and minimizing the generation of waste. The development process has included a full lifecycle assessment in line with ISO 14040/14044. The new model's aluminum construction makes a major contribution to its reduced carbon footprint. Up to 75-percent of the aluminum material is sourced from reclaimed content, including closed loop recycling of waste metal from the manufacturing process, resulting in a significant saving of energy and emissions (body panels made from recycled material use only 5-percent of the energy required for new aluminum). Further energy is saved during the manufacturing process, which does not require highly energy intensive processes like welding. Recycled and renewable materials have been used wherever possible. High specification vehicles use up to 59lbs. (26.7kg) of recycled plastics, diverting thousands of tons of plastic from landfill during the carline's life. Natural and renewable materials, such as the luxurious leathers and veneers, represent nearly 62lbs. (28kg) in each vehicle. 2.5 Customer-focused vehicle and safety technologies The all-new Range Rover Sport has been engineered with the latest developments in customer-focused technologies to enhance comfort and confidence, from premium interior features to advanced chassis and driver assistance technologies. Smart driver assistance technologies The new Range Rover Sport is packed with smart, relevant technologies to ensure that drivers enjoy a relaxed and stress-free experience. An innovative digital camera system supports three driver assistance features that help deliver improved driver awareness3. Mounted next to the rear view mirror, the forward facing camera captures a view of the road ahead, which is analyzed by an on-board computer. Lane Departure Warning (limited availability during first year)(3) This system is designed to warn the driver via a vibration in the steering wheel if an unintentional drift out of the lane begins. If the vehicle drifts from the center of the lane, and the system does not detect an obvious lane-change maneuver or use of the signals, the vibration alert is triggered. This is reinforced by an alert in the instrument cluster. The system operates above 37 mph (60km/h) so it does not interfere in urban conditions. The driver can adjust the system's sensitivity (two levels) and the alert intensity (three levels), or can turn the system off. Traffic Sign Recognition (limited availability during first year)(3) This system uses the camera to identify traffic signs on either side of the road and on bridges, providing the driver with information about the latest detected speed limit, road closure signs and passing regulations via the instrument cluster display. To indicate how recent the information is, the displayed sign fades away in a series of steps as the distance increases from the sign. The driver can configure the system to flash the speed limit sign in the display when the vehicle exceeds a limit that he or she sets. Automatic High Beam Assist(3) This system witches the headlamps automatically between high and low beam, helping to maximize visibility and avoid the distraction of switching the lamps manually. The system identifies the headlights or taillights of other vehicles so that low beam can be activated when required. Ambient lighting levels are also monitored so high beam is not used in built-up areas. Flank Guard (limited availability during first year)(3) Flank Guard helps alert the driver to potential side impacts, and scrapes on the sides of the vehicle during tight man maneuvers such as in parking garages, where it can be challenging to drive around pillars, barriers or other vehicles. The new feature is enabled by the addition of extra distance sensors on the vehicle (now 6 sensors front and rear, instead of 4), which provide wider coverage around the vehicle than conventional park distance sensors. The driver is warned of potential impacts by audible beeps, while the central instrument cluster display uses distance bars to indicate the proximity of objects. Using information on the vehicle's steering angle and trajectory, the system only warns when there is a threat of impact, and can ignore close objects if the vehicle is steering away from them. Additional driver assistance features available include an enhanced Adaptive Cruise Control (ACC)3 which operates even when the vehicle is travelling slowly or is stationary. Adding to the standard ACC functionality, which maintains a pre-set time gap to the vehicle in front, the new Queue Assist3 feature extends the ACC function to allow the vehicle to come to a stop when it reaches a traffic stoppage. When the car in front moves off, the driver can resume ACC operation by briefly touching the accelerator. The Range Rover Sport then accelerates back to the pre-set cruising speed, maintaining the selected time gap to vehicles ahead. For enhanced awareness in congested traffic conditions, Range Rover Sport drivers can also specify advanced new technologies to alert them to nearby vehicles that could create a hazard. Blind Spot Monitoring (limited availability during first year)(3) This system uses side-mounted radar sensors to survey potential blind spots either side of the vehicle and alert the driver when vehicles are detected within this area. The system is engineered to work at speeds commonly encountered in urban conditions or on congested highways. It is now combined with Closing Vehicle Sensing3, a new feature that scans a zone much further behind the vehicle to detect vehicles which are closing quickly and which could cause a threat during a lane change maneuver. Drivers are alerted by a rapid flashing of the Blind Spot warning light in the corresponding exterior mirror. Reverse Traffic Detection3 uses radar detectors in the rear of the vehicle to warn about potential collisions during reversing maneuvers. The system is active when reverse gear is selected and can detect a vehicle approaching from either side, alerting the driver to a potential collision. Adjustable Speed Limiter Device3, which enables the driver to set their own personal maximum speed limiting governor. This can be quickly deactivated by driver demand if needed. Surround Camera System3 incorporating "T-Junction" (Intersection) view, Trailer reverse park guidance and Trailer hitch guidance. Adaptive Xenon headlamps - which turn in the direction of steering travel. Electric Power-Assisted Steering with advanced Park Assist functions(3) The new Range Rover Sport model's electric power-assisted steering enables advanced Park Assist features, including: • Park Assist – which helps to identify a suitable parallel parking space, and then automatically steers the vehicle into place. The driver controls gearshift selection, throttle, and brake application. • Park Exit (limited availability during first year) – which helps drivers exit tight parallel parking spaces, by automatically steering the vehicle back onto the road. • Perpendicular Park (limited availability during first year) – which extends the function of the system to help the driver to reverse into perpendicular spaces, using sensors to help identify a suitable space where the vehicle can be parked and the doors on each side opened safely. Each of the functions provides the driver with clear instructions via the instrument cluster display, and uses the Park Distance Controls, and Camera systems (where fitted) to help warn the driver of objects in close proximity during the maneuver (multiple shuttles back and forward may be required to complete the maneuvers safely and accurately). Powerful braking and enhanced active safety technologies The new Range Rover Sport has been engineered with a powerful braking system, featuring (on the supercharged 5-liter) six-piston lightweight Brembo front calipers for enhanced performance. The generous disc diameters of 14.96-inches (380mm) front /14.32-inches (365mm) rear (or 13.8-inches / 350mm front / 13.8-inches / 350mm rear on V6 models, and those fitted with 19-inch wheels, provide huge thermal capacity, capable of achieving outstanding stopping performance. Stopping power is complemented by a comprehensive suite of active safety technologies, designed to enhance braking, stability and traction. The full suite of active safety features(3) on the new Range Rover Sport includes: • Dynamic Stability Control (DSC) • Roll Stability Control (RSC) • Electronic Traction Control (ETC) • Trailer Stability Assist (TSA) • Hill Descent Control (HDC) and Gradient Release Control (GRC) • Hill Start Assist (HSA) • Engine Drag Torque Control (EDC) • Anti-lock Braking System (ABS) • Electronic Brake Force Distribution (EBD) • Emergency Brake Lights (EBL) • Emergency Brake Assist (EBA) • Corner Brake Control (CBC) • Electronic Park Brake (EPB) - activates directly on the rear brake calipers and has been engineered to provide smooth and refined automatic disengagement. Engineered for maximum occupant protection The all-new Range Rover Sport has been engineered to meet and exceed the most stringent global safety standards. It was developed in parallel with the new Range Rover, which was awarded a maximum five-star safety rating by the independent European testing organization, Euro NCAP. The body structure protects occupants using an incredibly strong and stable safety cell, which is complemented by a comprehensive system of airbags and restraints. Computer simulation tools allowed engineers to conduct a significant number of 'virtual' crash tests long before physical prototypes were available. Vehicle crash performance has been verified during a rigorous program of 70 full vehicle crash tests and over 20 sled tests. Designed to minimize peak impact forces and intrusion into the safety cell, while delivering maximum occupant protection, the aluminum body structure includes key features such as the use of high strength AC300 aluminum within the crash structure and a composite reinforced B-post area to maximize side impact protection. The occupant safety package includes driver and passenger airbags, side curtain and thorax airbags (including an extended curtain airbag which covers passengers occupying the third row seats), and active front seat belts linked to the vehicle's emergency braking functions. Pedestrian safety has been addressed with an optimized design for the front-end, bumpers, hood and cowl area to minimize potential injuries. Key measures include a raised hood A-surface, hood and bumper profiles designed for energy absorption, along with the optimization of the coupling of surface parts with under-body structures to maximize energy absorption. 3. UNCOMPROMISED REFINEMENT AND VERSATILITY Befitting its status, the all-new Range Rover Sport model's agile handling is accompanied by significantly improved levels of refinement and comfort, with the kind of premium features that make every journey a welcoming and luxurious experience. At the same time, the new vehicle's appeal is extended further by new levels of versatility, with a spacious and flexible interior that offers the option of occasional use "5+2" seating, and the capability to take on whatever task is required, from towing a 7,700 pound trailer to taking the family on vacation. 3.1 Refined and luxurious experience Both front and rear seat passengers will appreciate the added comfort and convenience available in the luxurious leather-trimmed cabin, with their comfort being assured by the latest interior technologies. Superior NVH for all-day comfort The Range Rover Sport features low noise levels and refinement that match the highest luxury standards. Unwanted sounds and traces of harshness were eliminated through the use of advanced computer simulations in the engineering phase, followed by painstaking optimization with test cells using sophisticated analysis tools such as specialized acoustic cameras. Under hard acceleration there is sporting engine note from a sound symposer on the intake system – while the engines remain hushed at cruising speeds. The structure incorporates extremely stiff chassis attachment points, to further minimize the transmission of noise and vibrations, while the use of stiff alloy suspension components, along with special developed bushings, help to eliminate road noise. Acoustic lamination applied to the windshield glass helps to further reduce powertrain noise as well as wind noise, which has been minimized through analysis with computational fluid dynamics and exhaustive wind tunnel tests. All operating sounds within the new Range Rover Sport, from door closing sounds to the noises made by switches and motors, have been rigorously analyzed and refined to create premium sound quality. Enhanced ride quality With its long wheel travel and upgraded four-corner air suspension, the Range Rover Sport combines outstanding poise and stability with excellent ride isolation on all surfaces. Finely calibrated damping ensures that the vehicle delivers a supple and absorbent ride, along with excellent composure and body control. Premium interior features, with exclusive audio and seamless connectivity Luxury in the Range Rover Sport has been raised to a higher level with the latest premium interior features and technologies. Exclusive audio systems have been developed with Meridian™, a world leader in audio technologies and digital sound processing. These Meridian™ systems promise stunning sound quality in all seating positions. Three branded Meridian™ audio systems are available, ranging up to the stunning 1700W** Signature Reference system which has 23 speakers including a subwoofer to offer the ultimate surround sound experience (** Power ratings are at a practically audio distortion free level of 0.2% THD + N [Total Harmonic Distortion plus Noise]). The three systems feature amplifiers that incorporate the latest Meridian™ digital processing technology to ensure ideal sound quality, along with high-efficiency speakers for exceptional clarity and dynamics. Range Rover and Meridian™ audio specialists have also applied the sophisticated Audyssey MultEQ XT audio tuning system, which digitally corrects any imperfections created by the cabin environment to deliver accurate, enveloping, and distortion-free sound throughout the vehicle. The connectivity package(1) includes: • Hands-free mobile phone via Bluetooth, enabling the phone to be controlled via the 8-inch touchscreen or steering wheel controls • Bluetooth audio streaming, to play music stored on a phone, or other portable Bluetooth device, via the car's audio system • Voice control, with intuitive 'Say What You See' display prompts • USB connectivity for iPods/MP3 players or memory sticks Travelling in the ideal climate The new Range Rover Sport features a new automatic climate control system that has been tested in punishing real-world conditions in temperatures ranging from +122 to -22 deg F. Two versions are available: A standard two-zone system provides individual controls for the driver and front passenger, or an optional premium four-zone system, which has an additional climate control unit in the rear compartment, and separate controls for driver, front passenger, and each side of the rear cabin. Employing discharge air temperature sensors on all outlets, along with solar sensors in both front and rear compartments, the climate control system can respond quickly and accurately. With its independent heating and cooling capability in the rear compartment, the four-zone system offers exceptional rear seat comfort, with multiple outlets at upper and lower levels. The new Range Rover Sport offers a full-size sliding panoramic glass roof. Significantly larger than the previous model's glass roof, the new glass roof has been engineered to maximize its length and width – with no unsightly supporting structure – to deliver an uninterrupted vista and enhanced headroom. To maintain a comfortable interior temperature and to provide a sense of privacy, the toughened glass has a dark tint, and is treated to offer a high degree of solar protection. When additional shade or privacy is required, an electric fabric sun blind with a solar reflective coating can be extended across the full surface of the glass. An alternative fixed glass panoramic roof will be available in early 2014. Added comfort and convenience in every detail Each aspect of the new Range Rover Sport has been meticulously refined with premium luxury in mind, with added comfort and convenience in every detail. New and enhanced features include: • Enhanced seating – high series models now offer 14-way power adjustable front seats with new features including climate control, adjustable bolsters and winged headrests. Rear seats now offer adjustable recline and climate control, with a 60/40 split, while the versatility of occasional 5+2 third-row seating can be specified as an option. • Premium infotainment – Rear Seat Entertainment (RSE) package with twin video screens and a dedicated remote control, RSE systems are supplied with 'White Fire' infrared wireless digital headphones, giving CD quality sound. • Customer configurable mood lighting – sophisticated LED ambient lighting with variable colors that can be adjusted by the customer. • Powered tailgate – power operation using the remote control key fob, buttons on the tailgate, or from the driver's seat. Remote close from the key fob is a new feature. • Keyless entry and start system – Smart Key system enabling keyless entry and start. • Soft door close – for additional convenience, the new model is offered with power latching on all doors. • Power operated child locks – power operated child locks on the rear doors are fitted as standard. • Center Console Cooler – a generous cooler compartment in the front center console armrest is available as an option. • Heated front windshield/seats/steering wheel – for cold climates, the new model offers a heated windshield, plus individually adjustable heated front seats and steering wheel. 3.2 Uncompromised space and versatility The streamlined exterior conceals a surprise in the form of a spacious and versatile interior, exploiting the longer wheelbase and skillful interior packaging. Stuart Frith, Range Rover Sport Chief Program Engineer, said: "The added space and seating flexibility makes this a car you can buy with your head, as well as with your heart. We have added a new level of versatility, without any compromise to the Range Rover Sport's incredible breadth of performance." Spacious interior with versatility of 5+2 third row seating for occasional use Even before prototypes were made, extensive development using a 3D CAVE virtual simulator verified that the space, practicality and visibility provided by the interior delivered the best possible experience for all occupants. Interior packaging was optimized around a 7-inch (178mm) longer wheelbase, creating a spacious rear cabin with .9-inches (24mm) more knee room, while occupants also benefit from a wider cabin with increased shoulder and elbow room. A slightly lower rear seating position along with a larger rear door opening have also significantly improved the ease of access. Rear seat comfort has also been enhanced by the availability of rear seats with adjustable recline and heating/cooling, together with significantly improved second-row climate control performance as part of the optional four-zone system, which has an additional climate control unit in the rear compartment. For additional versatility, neatly integrated third row seats can be optioned, and provide "5+2" third row seats designed for occasional use. These seats split 50/50 and are designed to be suitable for children and teenagers. They may also be used for adults on short trips. The second row seats tip and slide forward to provide access to the third row using a convenient lever on the backrest with one-hand operation. The second row seats also provide 3.8-inches (100mm) fore/aft movement to allow customers a flexible choice of space in the rear seat rows and in the luggage compartment. The third row seats include power operation, and can be raised/lowered electrically using controls mounted on either side of the cabin and within the luggage area. When folded, the third row seats leave a flat floor, with no loss of capacity in the luggage compartment when compared to the 5-seat model. Enhanced luggage and stowage space Accessed via a power-operated tailgate, the luggage compartment offers increased volume compared to the previous model, even in vehicles equipped with third row seating. Interior stowage space has been increased on all models, with a larger glove box, more generous door bins, twin 44oz cup holders in the center console, large central armrest stowage, plus improved cup holders in rear armrests. Towing capability and lifestyle accessories extend versatility The all-new Range Rover Sport can tow up to 7,716lbs. (3,500kg). Key additional features to enhance towing include the Surround Camera system with Tow Assist for easier hitching and reversing, and the Trailer Stability Assist system. Power-deployable side steps are available for the first time on Range Rover Sport. The full range of lifestyle accessories provides a wide selection of functional items including: roof rails and cross bars complemented by an extensive roof carrying range, exterior features including side protection tubes, side steps and stainless steel undershields, interior load carrying aids including loadspace liners, luggage guards and a rail system, and a new lockable security box. All data based on manufacturer's estimates *Lightest 'weight from' figure on previous Range Rover Sport 2535kg; lightest 'weight from' figure on all-new Range Rover Sport is 2022kg. - (1) Driving while distracted can result in loss of vehicle control. Do not operate, adjust or view the navigation or multimedia systems under conditions that will affect your safety or the safety of others. Only use mobile phones and other devices, even with voice commands, when it is safe to do so (2) Always follow local speed limits (3) These systems are not a substitute for driving safely with due care and attention and will not function under all circumstances, speeds, weather and road conditions, etc. Driver should not assume that these systems will correct errors of judgment in driving. Please consult the owner's manual or your local authorized Land Rover Retailer for more details (4) Price shown is MSRP. Includes destination. Excludes, tax, title, license, retailer fees and optional equipment. Retailer price, terms and vehicles availability may vary. See your local authorized Land Rover retailer for details 2014 Range Rover Technical Specifications 3-Liter Supercharged V6 5-Liter Supercharged V8 Height mm (in) 1780 / 70.1 Width excl. wing mirrors / wing mirrors folded mm (in) 1983 (78.1) / 2073 (81.6) Length mm (in) 4850 (191) Wheelbase mm (in) 2923 (115.1) Approach angle deg 25.8 (standard height) / 33.0 (off-road height
  15. By William Maley Staff Writer - CheersandGears.com February 28, 2013 Besides the nine-speed Evoque that Land Rover will be showing at the Geneva Motor Show, Land Rover will also be showing be Electric Defender Research Vehicle. Based on the 110-Series Defender, Land Rover's Advanced Engineering Team dropped the diesel engine that powers the Defender and put in a 70kW electric motor and 330-volt lithium-ion battery pack. Total output stands at 94 horsepower and 243 pound-feet of torque. All of that power goes through a single speed transmission and the Defender's existing four-wheel drive system. Range stands at 50 miles, but can travel up to eight hours without needed a charge when driven slowly off-road. Recharge times are ten hours when using a portable charger and four hours with a quick charger. Land Rover is very adamant that the Electric Defender is still a Defender. The Electric Defender still boasts the same capabilities as the normal Defender. Plus Land Rover put the Electric Defender through some grueling tests such as pulling a 13.4-ton road train up a 13% incline and driving through 31 inches of water. Land Rover says the Electric Defender will not be appearing in its lineup anytime soon. However, Land Rover has built seven Electric Defenders that will be used for testing as the company investigates electric propulsion. Source: Land Rover Album: Land Rover Electric Defender Research Vehicle 9 images 0 comments William Maley is a staff writer for Cheers & Gears. He can be reached at william.maley@cheersandgears.comor you can follow him on twitter at @realmudmonster. Press Release is on Page 2 Land Rover Unveils New Electric Defender Research Vehicle Land Rover continues to champion innovation in engineering and develop sustainable automotive solutions Engineered to deliver zero emissions while retaining legendary all-terrain capability Innovative powertrain combines a 70kw electric motor with lithium-ion battery pack Land Rover is continuing to champion British innovation and cutting-edge automotive engineering by unveiling seven new Electric Defender models at the Geneva Motor Show. The research vehicle delivers zero emissions while retaining its tough, go-anywhere capability. "Investing in innovation has always been the lifeblood of our business and our engineering teams are working hard to develop innovative new technology to provide sustainable motoring solutions," said John Edwards, Land Rover Global Brand Director. The standard diesel engine and gearbox have been replaced by a 70kW (94bhp), 330Nm electric motor twinned with a 300-volt, lithium-ion battery with a capacity of 27kWh, giving a range of more than 50 miles. In typical, low speed off-road use it can last for up to eight hours before recharging. The battery can be fully charged by a 7kW fast charger in four hours, or a portable 3kW charger in 10 hours. The electric vehicles (EVs) retain the Defender's legendary four-wheel drive system and differential lock. Because the electric motor delivers maximum torque from the moment it starts, there's no need for gear shifting and the transmission comprises a single speed, 2.7:1 reduction gearbox combined with the existing Defender four-wheel drive system. A modified version of Land Rover's Terrain Response® System has also been incorporated. The vehicles were developed by Land Rover's Advanced Engineering Team following successful trials of the Defender-based electric vehicle, Leopard 1. The vehicles' capability has been tested in extreme and environmentally sensitive conditions, demonstrating capabilities not shared by conventional road-going EVs. Trials included pulling a 12-tonne 'road train' up a 13 percent gradient and wading to a depth of 800mm. In keeping with Land Rover's 'Tread Lightly' philosophy the smooth, low-speed capability of the electric drivetrain makes the Electric Defenders especially well suited to climbing obstacles without damaging the ground unnecessarily. The battery weighs 410kg and is mounted in the front of the Defender in place of the diesel engine. Kerb weight is 100kg more than a basic Defender 110 and ranges from 2055kg to 2162kg depending whether the body style is a pick-up, hard top or station wagon. All the major components in the electric powertrain - including the battery, inverter and motor - are air-cooled rather than liquid cooled, saving a considerable amount of weight and complexity and adding robustness. Regenerative braking has been optimised to such an extent that using Hill Descent Control, the motor can generate 30kW of electricity. Because the battery technology can be charged very quickly at a rate of up to twice its capacity of 54kW without reducing battery life, almost all of the regenerated energy can be recovered and stored. Up to 80 percent of the kinetic energy in the vehicle can be recovered in this way, depending on conditions. "This project is acting as a rolling laboratory for Land Rover to assess electric vehicles, even in the most arduous all-terrain conditions. It gives us a chance to evolve and test some of the technologies that may one day be introduced into future Land Rover models," said Antony Harper, Jaguar Land Rover Head of Research. Although there are no plans for the all-terrain Electric Defender to enter series production, the seven EVs will go into service in specialist applications later this year.
  16. By William Maley Staff Writer - CheersandGears.com February 27, 2013 The new trend in improving fuel economy is adding gears to the transmission. We've been seeing a number of vehicles equipped with eight-speed transmissions, but Land Rover is one upping the competition by introducing a new nine-speed for the Range Rover Evoque. Developed by ZF, the ZF 9HP nine-speed transmission will take the place of the Evoque's current six-speed automatic. The new nine-speed automatic is lighter than the outgoing six-speed, provides better fuel economy and lower emissions, and improves the Evoque's off-road capability (if you decided to take your Evoque off-road). The ZF 9HP nine-speedfeatures such tech as a adaptive shifting system that customizes that transmission whatever driving style, skip-shift function that avoids the need to move through the gears sequentially, and "Fast-Off" and "Curve" modes that offer two different ways of upshifting. The new nine-speed will be available on the Evoque starting in 2014. Source: Land Rover Album: Range Rover Nine-Speed Automatic 2 images 0 comments William Maley is a staff writer for Cheers & Gears. He can be reached at william.maley@cheersandgears.comor you can follow him on twitter at @realmudmonster. Press Release is on Page 2 Land Rover To Demonstrate The World's First Nine-Speed Automatic Transmission Land Rover announces new ZF nine-speed automatic transmission for transverse applications Increasing the number of gear ratios to ninewill help reduce emissionsand improve efficiency Lower gear ratios enhance all-terrain and all-weather capability Adaptive shift system matches and remembers customer driving style for a tailored driving experience Land Rover is lead partner on this project with ZF, a world leader in transmission technology (MAHWAH, NJ) February 26, 2013 - Land Rover will demonstrate the world's first nine-speed automatic transmission for a passenger car at the 2013 Geneva Motor Show. The ZF 9HP transmission is designed for transverse applications, and is one of the most efficient and technically advanced transmissions ever used in a production vehicle. Land Rover is the lead partner with ZF on this project. Increasing the number of gear ratios from six to nine will help reduce emissions and improve efficiency. Smaller ratio steps also give improved response during acceleration, with improved shift quality and refinement. A higher top gear improves efficiency by lowering engine speed, which also improves comfort and reduces noise when cruising at highway speeds. The 9HP is quite robust and complements the all-terrain capability expected of a Land Rover vehicle while delivering exceptionally high levels of refinement and efficiency. The lowest ratio in the 9HP is lower than the existing six-speed transmission and is designed for off-road use, towing, and on-road conditions like steep gradients. Whereas the existing six-speed transmission makes downshifts sequentially, the 9HP has a skip-shift function for much swifter downshifting to meet rapid deceleration demands. If the driver requests a downshift when the vehicle is travelling too fast for the selected gear, the transmission will remember the request and make the shift when the speed drops to an appropriate level. "Fast-Off" mode measures the rate of throttle release, anticipates further requests by the driver for high power, then holds the gear if necessary. The torque converter incorporates a multi-stage damper system for smoother pull away and improved refinement. An innovative adaptive shifting system matches the driver's mood within seconds, sharpening up during brisk driving and then seamlessly shifting to a more economical program when taking a more relaxed driving approach. Additionally, "Curve Mode," detected acceleration/deceleration forces, and pedal position all control upshift timing. The 9HP is masterfully packaged and despite the extra three gear ratios is only 0.24 inches (6mm) longer and actually weighs 16.5 lbs (7.5kg) less than the outgoing six-speed transmission. The compact packaging is achieved by using a number of innovative design features: A new compact hydraulic vane-type pump, two patented dog clutches replacing bulkier conventional clutch packs, and a nested gear set. Land Rover and ZF are on-going partners in transmission development; having jointly developed fully integrated transmission solutions in the Range Rover, Land Rover LR4 and Range Rover Sport. The new nine-speed transmission will be produced at ZF's Gray Court facility in South Carolina, USA.
  17. By William Maley Staff Writer - CheersandGears.com February 25, 2013 The 2013 Range Rover comes with two different V8 options; a 375 horsepower naturally aspirated 5.0L V8 and 510 horsepower supercharged 5.0L V8 engine. For 2014, Land Rover is changing out the naturally aspirated 5.0L V8 for a 3.0L supercharged V6. The 3.0L supercharged V6 is good for 340 horsepower and 332 pound-feet of torque. All of that power go to the four wheels via an eight-speed automatic transmission. Land Rover says 3.0L improves fuel economy by as much as 15%. The 2014 Range Rover arrives in the summer. Source: Land Rover William Maley is a staff writer for Cheers & Gears. He can be reached at william.maley@cheersandgears.comor you can follow him on twitter at @realmudmonster. Press Release is on Page 2 2014 RANGE ROVER NOW AVAILABLE FOR ORDER WITH A CHOICE OF SUPERCHARGED V6 & V8 ENGINES - Following the sales success of the all-new 2013 Range Rover, the 2014 Range Rover is now available for order, with deliveries beginning this summer - A new 340hp 3-liter supercharged V6 will offer improved efficiency with reduced emissions and uncompromised capability - A 510hp supercharged 5-liter V8 will continue to be available - The 2014 Range Rover will be equipped with a new Intelligent Stop/Start system which reduces idling to reduce emissions and save fuel - Both engines will be paired with an eight-speed ZF 8HP70 - Introduced for 2013, the high-strength all-aluminum Range Rover weighs approximately 700lbs less than the previous generation (MAHWAH, NJ) February 19, 2013 - On the heels of a massively successful launch of the 2013 all-new Range Rover, Land Rover is opening retail orders for the 2014 Range Rover, which will be in showrooms this summer. The upcoming 2014 Range Rover will be available with a new and more efficient 340hp supercharged V6 engine. This new engine choice combines effortless performance and exceptional refinement with enhanced fuel efficiency. The supercharged V6 engine will be offered alongside the 510hp supercharged V8. Both engines will be paired with an eight-speed ZF 8HP70 automatic transmission. The supercharged V6 will replace the naturally aspirated 5-liter V8 in the model line-up. With the new supercharged V6, the 2014 Range Rover will reach 60 mph from rest in just 7.1 seconds*. The supercharged 3-liter 90 degree V6 engine was developed from the existing 5-liter V8. With a peak output of 340hp at 6,500rpm, it offers a strong torque curve throughout the engine speed range, producing maximum torque between 3,500 and 5,000rpm. The new engine has been engineered to support the full breadth of capability expected from a Range Rover, including extreme off-road tilt angles up to 45 degrees, wading depth of nearly 36 inches (900mm) and towing weight up to 7,716 lbs (3,500kg). The engine's accessory drive is waterproofed, as are the alternator, air conditioning compressor, and starter motor. A pressure die-cast oil pan which features a deep profile and oil pick-up is designed to operate at tilt angles of up to 45 degrees fore/aft. The four-cam V6 shares features a lightweight die-cast aluminum block supplemented with cross-bolted main bearing caps for strength. The valves are controlled by a dual independent variable cam timing (DIVCT) system which is activated by the positive and negative torques generated by the movement of the intake and exhaust valves. This variable timing system features actuation rates of more than 150 degrees per second, to optimize power, torque and economy at all engine speeds. Counter-rotating front and rear balancer weights are engineered into this 90 degree V6 to maximize smoothness and refinement. Land Rover's Intelligent Stop/Start system helps enhance fuel efficiency in stop and go driving by reducing engine idling under certain conditions which saves fuel and cuts emissions. Spray-guided direct injection (SGDI) delivers precise quantities of fuel directly into the combustion chambers at pressures of up to 150bar (2175PSI). The fuel is injected in a matter of milliseconds several times during each combustion cycle, creating a more homogenous air-fuel mixture for cleaner and more efficient combustion. A high compression ratio of 10.5:1 further improves fuel efficiency and reduces emissions. The latest-generation Roots-type twin vortex supercharger is mounted in the 'V' of the engine and the charge air utilizes an air/liquid intercooler. A new Bosch engine management system controls all engine functions. When coupled to a high-strength yet lightweight all-aluminum structure this new powertrain further builds on the efficiency gains of the new Range Rover.
  18. Jaguar Land Rover's SVO division has been hard at work on producing high-performance and more luxurious variants of Jaguar and Land Rover models. But coming soon, the division will begin leaving their mark on Land Rover with more hardcore off-road variants. Car and Driver spoke with the head of SVO, John Edwards about what's next. Edwards talked about a new set of models wearing the SVX badge (Sorry Subaru) that will boast “added capability”. Unfortunately, Edwards didn't go any further aside from saying looking at events like the Camel Trophy and Dakar Rally to see the inspiration for the new direction. The good news is that we won't be waiting too long for a Land Rover SVX model to be introduced. Source: Car and Driver
  19. It's official. Land Rover announced today that it will be sending the Range Rover Evoque Convertible into production next year. Along with the announcement, Land Rover released pictures and video of a camouflaged prototype driving in the 26-mile network of Crossrail tunnels currently being built in London. Why drive it in tunnels? According to the company, it allow them to drive the vehicle with the top down in complete privacy. "The tunnels are still under construction, so we had a unique opportunity to explore the vehicle's all-terrain ability in uncharted territory," said Murray Dietsch, Director of Land Rover Programs. More details about the convertible will be announced later this year. Source: Land Rover Press Release is on Page 2 Range Rover Evoque Convertible Production Confirmed at 2015 Geneva Motor Show Land Rover officially confirms new Range Rover Evoque Convertible at 2015 Geneva Motor Show Range Rover Evoque Convertible to go on sale in 2016 Tested at Europe's largest construction project, a network of Crossrail tunnels First prototype demonstrates Land Rover capability in underground surroundings (MAHWAH, NJ) - March 2, 2015 - Land Rover has confirmed production of the Range Rover Evoque Convertible, on sale in 2016, by releasing a unique underground testing film. One hundred and thirty-one feet below the streets of London, UK, the first prototype of the new Range Rover Evoque Convertible was granted exclusive access to the 26-mile (42km) network of Crossrail tunnels for a unique development test. Engineers were allowed the opportunity to drive the disguised Evoque Convertible with its roof lowered in complete privacy. The short film begins with the highly-capable convertible being lowered into the tunnel network by crane, before negotiating a range of obstacles through the 20 foot (6.2 meter) diameter tunnel. Murray Dietsch, Director of Land Rover Programs said, "The tunnels are still under construction, so we had a unique opportunity to explore the vehicle's all-terrain ability in unchartered territory." Land Rover will announce further details about its exclusive new premium compact SUV Convertible later this year. It will be built alongside the Range Rover Evoque five-door and coupe at the Halewood Land Rover plant in the UK.
  20. Aside from Buick's Avenir, the other big surprise on the eve of the Detroit Auto Show comes from Land Rover. The company at an event tonight announced that it will be offering a diesel for the Range Rover and Rover Sport for the 2016 model year. The diesel engine is the turbocharged 3.0L V6 producing 254 horsepower and 440 pound-feet of torque. This will come paired up to an eight-speed automatic transmission. Land Rover claims fuel economy figures of 22 City/28 Highway/25 Combined and a total highway range of 658 miles, the distance it would take to drive from New York City to Detroit. Acceleration is a hair slower than the 3.0L Supercharged V6 counterpart: Range Rover Sport: 7.1 seconds (Td6) vs. 6.9 seconds (Supercharged V6) Range Rover: 7.4 seconds (Td6) vs. 7.1 seconds (Supercharged V6) Like many of its German compatriots, the 3.0L diesel will utilize Diesel Exhaust Fluid (DEF) to help reduce NoX emissions. Now Land Rover has said more diesel models are incoming for the U.S. in the near future. In the meantime, the Range Rover and Range Rover diesels arrive at dealers this fall. Source: Land Rover You can sign up to follow all the stories from Detroit here, or follow us on Facebook, Twitter, and Google+. Press Release is on Page 2 LAND ROVER BRINGS TWO LUXURY DIESEL SUV MODELS TO NORTH AMERICA MARKET 2016 model year Range Rover Td6 and Range Rover Sport Td6 diesels to deliver 32 percent increased combined fuel economy; 28 miles per gallon on the highway Diesel vehicles to debut at 2015 North American International Auto Show Diesel technology to be available across Land Rover lineup in coming years (MAHWAH, NJ) - January 11, 2015 - Land Rover will offer consumers the option of fuel efficient diesel powertrains in two 2016 model year luxury SUVs, the Range Rover and Range Rover Sport. The Range Rover Td6 and Range Rover Sport Td6 SUVs will deliver 25 miles per gallon combined, a 32 percent improvement over the supercharged V6, and reach a high of 28 miles per gallon on the highway. The two new luxury diesel SUVs debuted at the 2015 North American International Auto Show and go on sale Fall 2015. Land Rover has employed a combination of new and proven innovative technologies to bring North American customers an engine with exceptional refinement, efficiency and performance. The 3.0-liter Td6 turbocharged V6 diesel engine delivers effortless performance thanks to 254 horsepower and a low-end torque output of 440 lb-ft. Peak torque arrives at 1,750rpm in the Td6 while the gasoline V6 produces its 332 lb-ft (450 Nm) at 3,500 rpm. This high torque output at low RPM, makes the diesel Range Rover and Range Rover Sport models particularly well suited to towing heavy loads and off-roading where reaching maximum torque at low RPM is extremely beneficial. Similarly, the low-end torque of the Td6 allows the vehicles to deliver 0-60 acceleration times comparable to the higher horsepower V6 gasoline models. The Range Rover Sport Td6 and Range Rover Td6 accelerate from 0-60mph in 7.1 and 7.4 seconds respectively, compared to 6.9 and 7.1 seconds for gasoline V6 models. Preliminary fuel economy figures for the Range Rover Sport and Range Rover of 22 mpg (city), 28 mpg (highway) and 25 mpg (combined) represent significant gains over traditional gasoline alternatives. The combined figure equates to a 32 percent improvement over the gasoline V6 engine. Total range increases to 658 miles, a gain of 8.0% for the Range Rover Sport and 3.3% for the Range Rover. These improvements underline a dedication to meeting and exceeding the expectations of luxury SUV consumers. Both the Range Rover and Range Rover Sport have seen significant advancement in fuel efficiency, safety, and design. As part of a complete model redesign for the 2013 and 2014 model years, the Range Rover and Range Rover Sport respectively, have moved to all-aluminum platforms, gained the option of V6 engines and have had significant design changes in an effort to continuously improve Land Rover product offerings. With the addition of Td6, we are advancing these vehicles even further. Designed from the ground up, the Td6 provides efficiency and refinement. Its block is constructed using Compacted Graphite Iron (CGI), which has a higher tensile strength than standard grey cast iron, better fatigue strength than aluminum, and added stiffness. Its overall advantages in weight and strength mean the block can be lighter and smaller which make it compact in size. The deep-skirted, cross-bolted design and one-piece structural aluminum oil sump of the Td6 help the engine to absorb combustion noise effectively which improves refinement. Prior to its introduction in the US, improvements have been made to the Td6 helping to achieve an additional eight percent increase in overall fuel efficiency. These include the addition of a water-cooled turbocharger for maximum performance and durability at high operating temperatures; and new ball bearings, vanes and nozzles to improve efficiency. A Selective Catalytic Reduction (SCR) system uses Diesel Exhaust Fluid (DEF) to reduce NOx emissions, ensuring the Td6 achieves US LEV 3 status. The DEF is injected into the exhaust and, as the resulting mixture passes through the SCR, NOx is turned into harmless nitrogen gas. The reservoir for the DEF is located in two areas, the main is under the floor with the secondary located under the hood. Combined they hold enough fluid for approximately 10,000 miles. Diesel exhaust fluid is commercially available and owners can top the fluid level up themselves or take it to their nearest Land Rover dealer if the reservoir needs replenishing. In addition to the cleansing efficiency of the SCR, every aspect of the Td6 engine has been optimized to ensure emissions are as low as possible. This includes the new Low Pressure EGR system which has been critical to success of Td6 emission ratings and further improves fuel economy. Unlike traditional High Pressure EGR systems, which recirculate gases directly from the exhaust manifold to inlet manifold at high pressure, the revised design takes gases at low pressure - after the DPF filter in the exhaust pipe - and feeds them back to the turbocharger inlet. From here they pass through an intercooler, resulting in a lower peak combustion temperature. The higher the peak combustion temperature, the more NOx is produced, so the low pressure EGR system has the effect of reducing the harmful emissions contained by exhaust gases, by lowering the peak combustion temperature and improving efficiency. Elsewhere, a two-stage oil pump reduces engine losses while a revised design for the fuel-injectors has been introduced to improve efficiency and reduce hydrocarbon emissions. The injection cycle also employs an innovative two-stage process to eliminate the traditional 'knock' associated with diesel engines. Attention to detail ensures diesel derivatives deliver traditional Range Rover refinement. Innovative dual-isolation engine mounts, as well as windshields featuring a special acoustic laminate, help reduce noise levels. Refinement on Range Rover models is further enhanced by the design of the bulkhead between the engine and vehicle interior, which minimizes the transmission of engine noise into the cabin. The fuel filler neck on diesel Land Rover vehicles is fitted with a misfueling protection device. This device will prevent the narrower gasoline fuel nozzle fitted to gasoline pumps from being inserted into the filler neck on the vehicle, reducing the likelihood of adding the wrong fuel. Tested and Proven in the USA The latest Td6 diesel has been tested extensively to ensure it meets the expectations of US buyers. Early in the development process Land Rover conducted test drive clinics with premium SUV buyers to determine whether customers would notice a difference between the driving feel of diesel versus gasoline models. Without informing participants that they'd be driving diesel models, the Land Rover team gathered feedback using in-vehicle video and audio recordings, data loggers and post-drive interviews. The results of the program were conclusive; consumers participating in testing clinics in major US cities could not identify if they were driving a diesel vehicle during a 30-minute test drive. Land Rover engineers embarked on US testing schedule to ensure the new diesel engine could handle all US climate and terrain conditions. By the time US sales have begun, the test fleet will have completed one million test miles. The test fleet has targeted the most extreme climates and diverse terrains imaginable across the US. The new Range Rover and Range Rover Sport diesel have navigated from sea level to altitudes of 14,000 feet during the grueling test program. To meet the unique demands of the North American climate, engineers have undertaken testing year round, from the coldest winter days in Minnesota, to summertime in the deserts of the Southwest.
  21. Since Jaguar Land Rover's Special Vehicle Operations (SVO) division came online earlier this year, they have been primarily focused on building high-performance models such as the Jaguar Project 7 and Range Rover Sport SVR. But a recent interview with the head of SVO shows the division has some other ideas in the works. “There are four different types of cars we want to do at SVO. There are on-road performance cars, all-terrain performance cars that we haven’t done so far, luxury derivatives and what we’re calling collector’s editions, like the Project 7," said John Edwards, head of SVO. “On-road performance is fairly easy; you just think about ‘M’ and ‘AMG’ and think how can we apply the same thinking. All-terrain is slightly different; clearly much more appropriate for Land Rover than Jaguar. Land Rover has that all-terrain capability built into all its products, but we need to give customers the permission to use it.” The last line of Edwards' response is interesting to say in the least. What does he mean by 'we need to give customers the permission to use it?' Again John Edwards, “For example, the material for the seats; it’s leather versus a material that’s very durable and very hi-tech. It’s about ground clearance, it’s about wheel and tyre combinations, it’s about underbody protection, because actually the capability of the cars is class-leading anyway in most cases.” Edwards didn't go as far to mention which models are being considered for this change, but hinted that the Range Rover could be one of the first models. Source: Auto Express William Maley is a staff writer for Cheers & Gears. He can be reached at william.maley@cheersandgears.com or you can follow him on twitter at @realmudmonster.
  22. The last time we saw the Discovery nameplate in the U.S. was sometime in the middle-oughts, before the LR3 and LR4 names took its place. Well Land Rover is bringing back the Discovery nameplate as part of their new family. The first model to bear this name is the replacement for the LR2, the Discovery Sport. The Discovery Sport's styling is reminiscent to the Range Rover Sport and Evoque with similar front and rear end styling, and the distinctive sloping roofline. Compared to the LR2, the Discovery Sport rides on a wheelbase that is 3.2 inches longer and overall length grows 3.7 inches. Inside, Land Rover classifies the Discovery Sport as a 5+2. Yes, the Discovery Sport can seat up to seven. Judging from one of the shots provided by Land Rover, it either has to be a small child or air that those third-row seats can seat comfortably. Standard equipment includes eight-inch infotainment display with navigation, five-inch TFT instrument cluster, dual-zone climate control, and leather. A 2.0L turbocharged four-cylinder engine provides 240 horsepower and 250 pound-feet of torque. This is paired up to a nine-speed ZF automatic and Haldex all-wheel-drive system. Other mechanical items of note include Land Rover's Terrain Response System which can set the vehicle up for a number of different conditions, and multilink rear suspension. Land Rover says the Discovery Sport will arrive at dealers in early 2015, with a base price of $38,920 (includes a $925 destination charge). Source: Land Rover William Maley is a staff writer for Cheers & Gears. He can be reached at william.maley@cheersandgears.comor you can follow him on twitter at @realmudmonster. Press Release is on Page 2 ALL-NEW 2015 LAND ROVER DISCOVERY SPORT – A VERSATILE PREMIUM COMPACT SUV • Bold and progressive design defines the new Discovery family of vehicles • Room for seven passengers, in a 5+2 configuration • All-new multi-link rear suspension for superior on-road agility and off-road ability • Roomy and versatile cabin with a compact exterior footprint • 240hp turbocharged 2-liter, nine-speed automatic transmission and four-wheel drive are standard • Exceptional all-terrain performance courtesy of optimized off-road geometry, plus Terrain Response® • Connected on-road handling with electric power-assisted steering • Optional Autonomous Emergency Braking designed to help the driver avoid collisions2 • All-new 8-inch touchscreen infotainment system with intuitive controls and an expansive connectivity package • On sale early 2015 • Pricing starting at $37,995 (MAHWAH, N.J.) – September 2, 2014 - Land Rover today revealed the new Discovery Sport, a versatile premium compact SUV that is the first member of the new Discovery vehicle family. A dynamic design with a compact footprint provides seven-passenger seating in a "5+2" configuration. The 2015 Discovery Sport will deliver a highly refined combination of performance, safety and efficiency thanks to a body shell of high-strength steel and lightweight aluminum, a 240hp turbocharged 2.0-liter engine, nine-speed automatic transmission and standard all-wheel drive. New Land Rover innovations debut in the Discovery Sport, including available Autonomous Emergency Braking2 and a new touchscreen infotainment system3. "The launch of Discovery Sport is a pivotal moment in the 66-year history of Land Rover," said Phil Popham, Jaguar Land Rover Group Marketing Director. "Not only does it mark the introduction of the first new member of our expanding Discovery family, it also brings the versatility of 5+2 seating to the compact premium SUV market." Designed and engineered at the Land Rover Development Center in the UK, the Discovery Sport will be produced at the company's award-winning manufacturing facility in Halewood, Liverpool, in the United Kingdom. It goes on sale in early 2015 alongside the existing seven-seat Land Rover LR4 in the US, which is sold as the Discovery in over 170 markets worldwide. DESIGN The progressive design of the Discovery Sport sets the tone for a new generation of Land Rover Discovery premium SUVs. A dynamic, emotional design sets the Discovery Sport apart from luxury competitors, yet this new model also offers greater versatility than other premium compact SUVs. Its seven-seat capability and elegantly integrated storage areas make the Discovery Sport an ideal family vehicle. High-quality materials and finishes typical of Land Rover also distinguish the driving experience. Roomy Interior, Compact Footprint Some compact SUVs go for visual impact. Others prioritize space usage and versatility. The new Land Rover Discovery Sport combines the two and also offers the brand's renowned all-terrain capability, with the ability to scale a 45-degree incline. Built on a 107.9-inch (2,741mm) wheelbase for ride smoothness and generous middle-row legroom, the Discovery Sport nevertheless could take a "compacts only" parking space with its 180.7-inch. (4.59 mm) overall length. The vehicle's proportions put the wheels out at the corners, contributing to both a low center of gravity and a "planted" stance. Aside from the overall shape, details including a clamshell hood and distinctive two-bar grille with hexagonal mesh connect it to its' Land Rover identity. Large outboard air intakes and LED fog lamps in the front bumper convey a strong sense of "sport," while the slim, wraparound headlamps are reminiscent of designs used on Range Rover vehicles. Round daytime-running lights (DRLs) are punctuated at four equal intervals to represent the points of a compass, a nod to the vehicle's considerable capabilities. Halogen headlamps and DRLs will be standard, and available trim upgrades will include Xenon headlamps and LEDs (light emitting diodes) for the DRLs. The tail lamp design echoes the headlamps' slim, wraparound design, accentuating the dynamic bodylines. A pronounced step from the rear edge of the hood into the rising beltline, combined with a roofline that tapers subtly downward toward the rear, creates a dramatic profile and sense of motion. The C-pillar rakes dramatically forward toward the gloss-black window surrounds, allowing for an optional contrast roof design. A new blade-like interpretation of the signature Land Rover fender vents sweeps into a dynamic bodyline that continues to the rear of the vehicle. The robust wheel-arch moldings pay homage to Land Rover heritage. With the design comes function, too, especially with regard to reducing wind noise. An acoustic laminated windshield, along with the vehicle's aerodynamic details -- such as specially shaped A-pillars and door mirrors – help create a hushed cabin. Aerodynamic detailing at the rear helps to reduce road grime or dirt picked up by the body, especially on unpaved roads or in winter driving. Skid plates are functional and create a design element repeated front and rear. At the rear of the vehicle, the spoiler features inner extensions that improve aerodynamic efficiency. Advanced LED light-pipe technology used for the center high-mount stoplight (CHMSL) uses creates a slender and elegant ribbon of light. The Discovery Sport will offer a wide palette of exterior color options: Fuji White, Santorini Black, Corris Grey, Indus Silver, Loire Blue, Scotia Grey, Kaikoura Stone, Firenze Red, and a limited edition color, Yulong White. An available "Black Pack" trim package emphasizes the vehicle's sporty stance, with gloss-black used for the grille, door mirror caps, front fender vents, and badging. The package also includes a choice of 19- or 20-inch alloy wheels. A contrast roof, available in Santorini Black, extends to the base of the A-pillars. Five distinctive alloy wheel designs will be available with Silver or Gloss Black finishes. Premium Interior The Discovery Sport cabin coddles the driver and passengers in true Land Rover luxury. To create a family-friendly SUV, Land Rover invited a large cross-section of families to the development center and watched as they climbed into a variety of current SUVs and performed tasks, such as accessing third-row seating, syncing electronic devices, installing child seats and placing drink containers in cup holders. The results of the study helped designers shape the cabin design and details. While prioritizing expanded passenger room in all dimensions, the Land Rover Discovery is still able to provide elevated "stadium seating" for the middle row. Second-row passengers sit two-inches (50mm) higher than front-seat occupants, providing a more open feel. The versatile second row seat, in addition to its 60/40 split seatbacks, includes a recline feature and can slide rearward by up to 6.3- inches. In that position, the seat provides 39.8-inches of legroom. The backs of the front seats are contoured to expand second row knee room. The easily accessed child seat LATCH connectors make it easy to swap child seats between vehicles. A new multi-link rear suspension reduces rear suspension intrusion beneath the luggage area, and new space-efficient electrical modules and wire routing help to unlock additional cabin room. Those elements proved key in allowing Land Rover to offer seven passenger seating with a 5+2 third row for occasional usage. When the third-row seat is folded, luggage volume equals that of the two-row model. Both the second- and third rows can be folded down using one hand to create a spacious load area. A low luggage compartment floor makes it easy to load and unload large items. Clean Yet Striking Cabin Design Designed to accommodate families, the Land Rover Discovery Sport nevertheless caters to the driver. That of course starts with the brand's traditional raised Sports Command Driving Position – not just a raised seat height, but also a design that positions the seat, pillars and dash to maximize forward visibility. In a theme similar to Range Rover models, the front cabin design uses the strong vertical lines of the center console and the slimmer horizontal elements of the instrument panel to create a striking though elegant appearance. A prominent center console groups all controls logically. Soft-touch rotary controls and buttons set into a gloss-black surround create a tactile user-interface and are easy for the driver to find under the glare of direct sunlight. A three-spoke, multi-function steering wheel frames an easy-to-read instrument cluster, with twin analog dials set deeply into cylindrical housings to shield them from glare. A 5-inch color TFT display is positioned between the main gauges presents key data such as fuel levels, gear position, coolant temperature and Terrain Response® modes. Paddle shifters allow manual control for the nine-speed automatic transmission. Upper trim levels feature twin-needle-stitched leather on the upper reaches of the instrument panel and door surfaces, and the center console's vertical spars are available in a genuine metal finish. Configurable mood lighting, controlled via the central 8-inch touch screen, enhances interior ambience. All Land Rover Discovery models come standard with leather appointed seating, ranging from grained part-leather on SE models up to luxurious Windsor leather on the range-topping HSE Luxury. Five interior color options include Ebony, Cirrus, Ivory, Almond and Tan. Convenience at Every Turn Storage and power points, two features that family buyers demand in a premium SUV, are offered in abundance in the new Discovery Sport. Two center console designs are available, depending on the model grade. The standard console provides space for two cups along with a separate roller storage section. Upper trim levels include a sliding armrest and a roller-style cover for the storage bin, featuring removable cup holders. The space can be reconfigured quickly to securely hold a two-liter bottle. The front and rear door panels offer ample storage space, as well. Third-row passengers have a storage area, and luggage compartment rails are available for the cargo area. With even the youngest passengers climbing onboard with a smartphone, iPod or other electronic devices, Land Rover has equipped the new Discovery Sport with up to four 12V power points. Three-row models can have as many as six USB charging sockets, allowing multiple electronic devices to be recharged simultaneously. Cooling Effect The standard dual-zone electronic climate control system offers a bonus for rear-seat passengers: air vents that are mounted mid-way up the B-pillar for more effective air distribution. In contrast, some vehicles place rear seat vents at the back of the center console, which reduces legroom for the middle passenger. On models with third-row seating, the climate control adds an independent fan speed control. The third-row air vents are positioned mid-way up the C-pillar. The climate control automatically detects windshield misting and activates the defogger, and an air-quality sensor switches to recirculation mode should high pollution levels be detected. A driver-selectable ECO mode optimizes the air-conditioning system and automatic transmission for maximum fuel efficiency. Personalization The Land Rover Discovery Sport will offer a comprehensive range of personalization options, including: • Black Pack: a gloss-black grille, door mirror caps, front fender vents, hood and tailgate lettering and a choice of 19- or 20-inch alloy wheel designs • Contrast roof in Santorini Black or Corris Grey that extends to the base of the A-pillars • A range of seven distinctive alloy wheel designs – including the striking Aero Viper – is available with a selection of Silver or Gloss Black finish, depending on wheel design • Front and rear undershields, together with tubular stainless-steel side steps with a highly polished finish, underscore the vehicle's all-terrain capability. Noble-silver painted door-mirror caps complement the look • A full panoramic roof with a dark tint and a special surface treatment for solar protection makes the cabin feel even more spacious. A power-retracting shade offers additional sun shielding • Available accessory luggage compartment rails create a highly configurable luggage area, and can be specified in conjunction with a Retention Kit featuring a telescopic crossbeam and retractable band to secure loose items Also available as dealer accessories: • Headrest-mounted iPad® holders for rear-seat passengers feature quick-release for added security • A center armrest cooler/warmer box finished in premium leather provides convenient storage for food and drinks and maintains items at a desired temperature • A full range of rubber mats and liners help to protect carpets and the luggage compartment from mud and wear-and-tear under heavy use • A range of towing features, available as accessories, includes a detachable towing system and fixed-height tow bar LAND ROVER ENGINEERING At the core of the all-new Land Rover Discovery Sport is the outstanding capability that's been the hallmark of the company's vehicles for nearly half a century. As it has done with all its models, Land Rover instilled the Discovery Sport with a compelling combination of off-road capability and on-road dynamics. Interior packaging and safety innovations make the new model an ideal family vehicle, while extensive use of intelligent lightweight materials and an efficient powertrain reduce fuel costs and environmental impact. Lightweight Unibody with Multi-link Rear Suspension The Land Rover Discovery Sport body shell uses a combination of high-strength steel, ultra high-strength boron steel and lightweight aluminum. Hot-stamped boron steel is used in key parts of the crash safety cell, including the A- and B-pillars, enabling them to have a slim design for excellent visibility. The hood, front fenders, roof and tailgate are aluminum. Using the lightweight material at the vehicle's extremes, far from the center of gravity, contributes to enhanced agility. The new platform shares some front end architecture and components with the award-winning Range Rover Evoque, including a magnesium crossbeam for high torsional rigidity and reduced weight. Front suspension uses steel lower control arms and aluminum suspension knuckles. Hydraulic rebound stops in the suspension struts significantly reduce noise entering the cabin when the suspension rebounds after encountering a pothole or obstacle. The compact multi-link rear suspension, which uses some aluminum components for reduced weight, offers numerous benefits, including on-road agility, quiet ride, long wheel travel and maximized cabin room. At 13.4 -inches (340mm), wheel articulation is excellent. Because the suspension mounting points make only a minimal intrusion into the luggage area, second-row seating can slide and recline past the mounting points for maximum legroom. The lower control arm and rear suspension knuckle are produced from thin-walled hollow aluminum castings, an innovative lightweight solution that also increases strength. The rear suspension is mounted on a light and stiff steel subframe, which promotes excellent steering response and interior quietness. Turbocharged Power and Efficiency The all-new Land Rover Discovery gets its efficient power from the same turbocharged four-cylinder gasoline engine as the Range Rover Evoque. A nine-speed automatic transmission and Haldex All-Wheel Drive are both standard, for confident on-road handling and all-terrain capability. The 2.0-liter gasoline engine features an advanced low-inertia turbocharger, high-pressure direct fuel injection and variable valve timing to deliver exceptional driveability throughout the rev range. Twin balancer shafts ensure high levels of refinement. Smart regenerative charging prioritizes charging the battery while the vehicle is decelerating, reducing the electrical system's demands on the engine. Producing 240hp at 5,500rpm and 250 lb.-ft. of torque from 1,750 RPM, the all-alloy engine offers excellent performance and flexibility from a light, compact package. Specially treated piston rings and tappets minimize friction for optimal efficiency, and a sheet-metal exhaust manifold helps to warm up the engine quickly to reduce emissions during short drives. Nine-speed Automatic Transmission The ZF 9HP48 nine-speed automatic transmission, also featured in the Range Rover Evoque, uses closely spaced gear ratios to provide seamless response and allow for a very low first gear and powerful mid-range acceleration. Second gear, which is approximately equivalent to first gear in transmissions with fewer ratios, is used to start off from a standstill to maximize efficiency and refinement. Drivers can, however, manually select first gear when maximum acceleration is required or for a low ratio in challenging off-road situations. A rotary gearshift controller rises silently from the center console when the engine is started. Steering wheel paddle shifters offer complete driver control for dynamic driving, precision off-road maneuvers and manual gear selection while towing. The transmission's quick gear changes are smooth, in keeping with the brand's penchant for refinement. A skip-shift function allows the transmission to downshift directly between non-consecutive gears rather than sequentially cycling through gears in between. Should the driver demand too low a gear, the transmission will remember the request and select the gear once engine speed slows to an appropriate level. An adaptive-shifting system matches the transmission's responses to the driver's inputs. For example, it selects higher gears more quickly and holds them for longer periods during relaxed driving, and it responds to a more dynamic driving style by holding lower ratios for longer and downshifting more quickly. Dual Personality: Equally Capable On- and Off-Road The all-new Discovery Sport delivers on the promise of outstanding on-road refinement, comfort and handling in concert with all-terrain capability that's essential to the brand's DNA. Exhaustive tests on everything from British country roads to the Nürburgring Nordschleife ensured the on-road refinement Land Rover customers expect, while a punishing off-road test regimen prepared the Discovery Sport for off-pavement travel. With all-wheel-drive traction and long-travel suspension for excellent articulation, the Discovery Sport provides impressive all-terrain performance. The body has been designed to cope with challenging off-road terrain, with 8.3-inches (212mm) of ground clearance and approach, departure and breakover angles of 25, 31 and 21 degrees, respectively. The Discovery Sport can scale gradients of up to 45 degrees. In extreme situations, lower trim on the front bumper can be removed to increase the approach angle. Off-road driving, or driving in inclement weather, can often involve water along the way. That is why Land Rover positioned the vehicle's air intake high above the wheel arch to prevent water entry into the engine. A rigorous testing procedure ensured watertight sealing for all doors. Another particularly demanding part of the testing process examined the ability of the vehicle to drive away from a waterlogged condition. During this extreme torture test, the Discovery Sport is parked in standing water, the watertight doors are opened, and the interior is intentionally flooded. After 30 minutes in the water, Land Rover tests the ability for the vehicle to restart and drive. All-Wheel Drive, Terrain Response® and a Suite of Off-Road Technologies2 The intelligent full-time all-wheel-drive system continuously varies the torque split front-to-rear to deliver outstanding performance and traction on all surfaces. The latest electronically controlled Haldex center coupling can respond to wheel slip and driver demands faster than a purely mechanical coupling. Land Rover Terrain Response® maximizes the capability of the Discovery Sport in challenging conditions. Controlled through an intuitive interface on the center console, Terrain Response® is designed to precisely tailor the vehicle's steering, throttle response, gearbox, center-coupling and braking and stability systems to the demands of the terrain. Terrain Response® features four settings: General; Grass/Gravel/Snow (for slippery conditions on- and off-road); Mud and Ruts, and Sand2. Terrain Response® is backed up by a suite of technologies that support off-road and slippery-condition driving. These include: • Hill Descent Control® (HDC) maintains a set speed while negotiating steep inclines off-road2 • Gradient Release Control® (GRC) progressively releases the brakes when moving away on an incline for maximum control2 • Roll Stability Control (RSC) designed to detect the onset of a rollover and applies the brakes to the outer wheels to bring the vehicle under control2 • Dynamic Stability Control (DSC) corrects oversteer and understeer by reducing engine torque and/or applying brakes to individual wheels2 • Electronic Traction Control (ETC) reduces torque and/or applies a braking force to individual wheels to prevent wheelspin2 • Engine Drag Torque Control (EDC) helps to prevent lock-up under heavy engine braking in slippery conditions by increasing engine torque to the affected wheels2 Agility That Earns the "Sport" Title A lightweight bodyshell with high torsional rigidity, along with a long wheelbase and a squat, muscular stance, provide an ideal foundation for crisp steering response, supple ride comfort and sporty agility for the new Land Rover Discovery Sport. Long-travel suspension mounts to extremely stiff isolated subframes, with large-diameter gas damper struts at the front and all-new multi-link suspension at the rear. Body roll is well contained, and a high level of suspension compliance ensures the tires' contact patches remain in touch with rough road surfaces. Electric Power Steering The electric power-assisted steering system (EPAS) has been tuned for excellent driver feedback on the road, and the steering rack is solidly mounted to the front subframe to enhance precision. Variable-ratio steering uses a slower ratio around the center position for improved precision at speed, and a faster ratio when additional steering lock is applied to increase agility on winding roads. The transition from a slower to faster ratio is linear and seamless; the driver is simply aware of a highly responsive steering system. The steering is light and responsive with additional power assistance at lower speeds for enhanced maneuverability, but firmer and with less assistance at higher speeds. EPAS removes the need for engine-driven hydraulic steering assistance, reducing parasitic losses and therefore fuel consumption. As an added benefit, EPAS enables the available Park Assist feature, which helps to identify suitable parallel and perpendicular parking spaces and can automatically steer the vehicle into place2. Advanced Braking Technology The Discovery Sport is equipped with vented 12.8-inch (325mm) front and 11.8-inch (300mm) rear disc brakes, providing reassuring stopping power. The front brakes are of a new design, with a stiffer caliper and new-generation pads to enhance braking, improve feel and reduce brake dust. Emergency Brake Assist (EBA) is designed to automatically increase the amount of brake pressure when the system senses an emergency situation; Electronic Brake-force Distribution (EBD) helps to ensure the ideal braking balance between the front and rear wheels in extreme situations, and Corner Brake Control (CBC) helps to ensure stability during heavy braking in a corner2. An available Autonomous Emergency Braking system can help avoid collisions or mitigate their consequences. The system uses stereo cameras mounted next to the rear-view mirror designed to detect objects that could pose the risk of a collision, such as slowing traffic. Operational between speeds of 3-50 mph (5-80km/h), the system helps to avoid collisions below 32 mph (50km/h), and reduces the severity of an impact at speeds below 50 mph (80km/h). If the system deems a collision likely, it will alert the driver with a visual and audible warning. If the driver takes no action and a collision is judged unavoidable, a driver warning is triggered while the system applies full braking pressure to bring the vehicle to a stop2. Driver-assistance systems • Optional Park Assist identifies suitable parallel and perpendicular parking spaces, allowing the driver to operate the accelerator, brake and transmission while the vehicle autonomously steers on both entry to and – in the case of parallel parking spaces – exit from the space. Parking sensors offer additional assistance2 • Optional Lane Departure Warning is designed to gently vibrate the steering wheel to warn a driver who may be unintentionally drifting out of a lane2 • Optional Traffic Sign Recognition is designed to monitor road signs and displays a reminder of the speed limit or overtaking regulations on the navigation screen2 • Standard Trailer Stability Assist detects trailer instability and brakes individual wheels to help the driver correct a potentially hazardous situation2 • Standard Tow Assist and Tow Hitch Assist use a camera system to help the driver hitch a trailer and predict its path while reversing2 • Standard automatic headlamps and rain-sensitive wipers activate autonomously according to conditions Airbags The Land Rover Discovery brings the brand's best active and passive safety ideas together. The comprehensive occupant safety package includes driver and passenger front airbags, knee airbags, side curtain airbags and thorax airbags4. Exhaustive Testing Land Rover tested 200 Discovery Sport prototypes over a combined total of 6,800 weeks to ensure exceptional levels of reliability, off-road capability and on-road dynamics. A testing regime that spanned the globe encompassed extremes of altitude, temperature and terrain. Thousands of hours have been invested in tackling the challenging Big Red sand dunes in Dubai, driving through deep snow and over icy lakes in Sweden, and traversing the deep mud and clay and steep inclines of the Land Rover Eastnor Castle off-road facility in the UK. Other test locations included the US, Spain, Morocco, Germany, and Austria. Advanced Infotainment and Connectivity3 An all-new infotainment system for the Discovery Sport integrates voice-controlled satellite-navigation, WiFi hotspot connectivity and an all-terrain mode. Buyers can opt for the Land Rover InControl™ technology, including InControl Apps™ that bring the convenience and original look and feel of smartphone apps to the vehicle's 8-inch touchscreen3. The standard infotainment system uses an 8-inch touchscreen display with 800x480 pixel resolution for an easy and intuitive user experience. The driver can monitor and control a wide range of functions by using drag, scroll or swipe gestures, similar to a smartphone. The Discovery Sport will offer the choice of two audio systems: a 10-speaker system and an 11-speaker upgrade version (including subwoofer). Bluetooth® functionality allows up to two phones to be synced to the infotainment system simultaneously: one to make or receive hands-free phone calls via multi-function steering wheel controls, the other to play audio, including streamed music from app-based services such as Spotify. Alternatively, smartphones and portable MP3 players can be synced and charged via USB sockets or auxiliary inputs. The home screen provides easy access to audio, climate, telephone and navigation functions, while users can swipe to an additional two screens to access a range of other functions. These include WiFi hotspots, 4x4i and off-road displays, Eco Data and ambient lighting control. Satellite navigation is standard and features advanced 3D city models and landmarks, high-quality 2D maps and 3D views of upcoming junctions. An intuitive interface allows occupants to quickly enter a postal code or full address as required. Alternatively, one-shot voice destination entry can be used, letting the driver enter a destination just by speaking its name. Voice commands can also be used to select radio stations, dial phone numbers or to access stored contacts from the phonebook. Other navigation features include: • Traffic congestion view • Live traffic announcements • Historical traffic data • Lane guidance icons • Customer updatable maps • Traffic sign display at highway junctions The navigation system offers specific off-road features: • "Breadcrumbs," which marks the vehicle's route on the map and allows the driver to re-trace his steps • Point-to-point navigation, to show the most direct route between two points off-road • Lateral and longitudinal coordinates to both locate the vehicle and navigate to off-road destinations Land Rover InControl® Apps Land Rover InControl® Apps, developed in conjunction with BOSCH SoftTec, offer a wide range of connectivity functions and are compatible with the latest Apple® and Android™ smartphones. By connecting a smartphone to the dedicated USB port, smartphone apps optimized for in-vehicle use will function on the vehicle's touchscreen, retaining their original look and feel3. The latest content becomes available every time the apps update. A productivity suite enables easy access to the connected smartphone's contacts, calendar and music library, while a Maps app includes maps and satellite views overlaid with the vehicle location. Land Rover and BOSCH SoftTec worked together with some of the world's leading smartphone app developers to create apps ideally suited for in-car use, such as navigation, music streaming, Internet radio and location services. Compatible apps include iHeartRadio, Stitcher, Glympse, Sygic, Parkopedia, Hotelseeker, Cityseeker, Eventseeker, Airmotion News, Winston and MobileDay. The selection is being continually expanded. Owners download the Land Rover InControl® Apps application to their smartphones from either the Apple App Store™ (for iPhone 5/5S/5C and up) or Google Play™ (Android). Once the phone is connected to the vehicle's dedicated USB port, the owner simply taps the InControl Apps™ icon on the central touchscreen and selects the desired app from the menu. InControl Remote and Protect™ InControl Remote and Protect™ allows owners to request roadside assistance or emergency services, while an SOS signal is triggered automatically should the airbags be deployed in an accident. The InControl Remote and Protect™ smartphone application allows owners to prepare for a trip by checking fuel levels and range remotely, find their vehicle in a crowded parking lot, and check if doors or windows were left open. Owners can also download trip details to assist in tracking business mileage expenses.
  23. The next Land Rover Defender will be coming out in the next few years and it will not look like the DC100 Concept shown a few years back. According to Autocar, the DC100's was considered to be too bland to wear the Defender nameplate. Gerry McGovern, the design director said the new model will look completely different from the concept and has been 'frozen'. The next Defender will reportedly use the platform from the Range Rover, albeit with changes to make it stronger. Source: Autocar William Maley is a staff writer for Cheers & Gears. He can be reached at william.maley@cheersandgears.com or you can follow him on twitter at @realmudmonster.
  24. Those in the market for a performance-oriented luxury SUV have a new option. Land Rover has revealed the 2015 Range Rover Sport SVR, which is one of the first production models from Jaguar Land Rover's Special Vehicle Operations (SVO). The SVR differs from the standard Sport model with more aggressive front and rear fascias, quad exhausts, SVR badging, and twenty-one inch alloy wheels. Inside are new sport seats, with the front getting sixteen-way adjustments; and aluminum trim. Carbon fiber trim is optional. Under the SVR's hood is a 5.0L supercharged V8 that has been massaged to get 550 horsepower 502 pound-feet of torque. A revised engine computer and eight-speed ZF automatic transmission finish off the powertrain. 0-60 MPH is clocked in at 4.5 seconds (half a second quicker than the Range Rover Sport Supercharged) and hits a limited top speed of 162 MPH. Under the skin, SVO modified the Range Rover Sport SVR's suspension; and recalibrated the active rear locking differential and torque vectoring system. The SVO team hasn't forgotten that SVR is still a Land Rover, so the model still features a two-speed transfer case, a maximum ride height of 9.3-inches from the air suspension, and Land Rover's Terrain Response System. Pricing for the 2015 Range Rover Sport SVR will begin at $110,475. No release date has given at this time. Source: Land Rover William Maley is a staff writer for Cheers & Gears. He can be reached at william.maley@cheersandgears.comor you can follow him on twitter at @realmudmonster. Press Release is on Page 2 2015 RANGE ROVER SPORT SVR • The 2015 Range Rover Sport SVR will be the first Land Rover vehicle to wear the new high-performance SVR badge • The Range Rover Sport SVR is the most dynamically focused Land Rover vehicle ever produced• The SVR features a 550hp 5.0-liter supercharged V8 engine capable of accelerating from 0-60 mph in 4.5 seconds with a top speed of 162 mph1 on the track • Tested on the Nürburgring Nordschleife, the SVR recorded a lap time of 8 minutes 14 seconds. To see the Range Rover Sport SVR in action on the Nürburgring CLICK HERE• Pricing starting at $110,4754 (MAHWAH, N.J.) – August 10, 2014 - Capable of accelerating from 0-60 mph in 4.5 seconds with an electronically limited top track speed of 162 mph, the Range Rover Sport SVR will be the first Land Rover vehicle to wear the new high-performance SVR badge. The SVR features a 5.0-liter supercharged V8 engine which has been developed to produce 550hp and 502lb-ft of torque – a 40hp and 41lb-ft increase over the standard supercharged V8 – while its advanced ZF® 8HP70 eight-speed automatic transmission and four-wheel-drive chassis have been tuned to complement the astonishing performance. Showcasing an electronically controlled two-stage active exhaust, the SVR produces an inspired soundtrack at higher engine speeds while maintaining refinement during steady-state driving. Emphasizing all-terrain capability, vehicles are equipped with 21-inch alloy wheels with 275/45 R21 all-season Continental Cross Contact tires. The exterior design of the SVR makes a visual impact, while functionally boosting cooling and aerodynamic efficiencies. Similarly, a modified interior featuring sport seats provides visual differentiation and offers increased support during spirited driving. Producing a lap time of 8 minutes 14 seconds on Germany's legendary Nürburgring Nordschleife racetrack, the Range Rover Sport SVR unleashes the full potential of the lightweight and robust all-aluminum architecture, while retaining refinement, luxury and off-road capability. Speaking ahead of its global premiere, John Edwards, Managing Director of Land Rover Special Operations, said: "The Range Rover Sport SVR is a natural progression beyond the core vehicle's outstanding on- and off-road capabilities and leading-edge design. It's exhilarating performance will satisfy a particularly demanding customer set." "A thorough range of revisions specially developed by Land Rover's Special Vehicle Operations combine to make this premium derivative even more distinctive both inside and out, as well as taking its dynamic capabilities to the next level without impacting on comfort, refinement or all-terrain versatility. The Range Rover Sport SVR is truly the world's most capable performance SUV." The Range Rover Sport SVR – designed, engineered and built in Britain – amplifies the engineering integrity, robustness and attention to detail that are Land Rover hallmarks. The Range Rover Sport was introduced in 2005, with over 500,000 vehicles built to date. The Range Rover Sport SVR builds on the success of the Range Rover Sport. Its all-aluminum unibody reduces weight by 39 percent compared with its predecessor and provides a strong, stiff and lightweight structure on which to create the Range Rover Sport SVR. The Range Rover Sport SVR was created by the Jaguar Land Rover Special Vehicle Operations team and will be built alongside existing models and sold through the Land Rover retailer network. Section 1 - THE MOST POWERFUL LAND ROVER VEHICLE EVER The heart of the Range Rover Sport SVR is an evolution of the JLR all-aluminum 5.0-liter supercharged V8 engine. With cast-iron cylinder liners and cross-bolted main bearing caps, this engine features a combination of strength, performance and refinement. To increase performance, engineers at Special Vehicle Operations have tuned the Bosch management system and increased maximum supercharger boost pressure resulting in power and torque increases of 40hp and 41lb-ft respectively. Producing 550hp and 502lb-ft of torque, the SVR boasts a 0-60 mph time of just 4.5 seconds and an electronically limited top track speed of 162 mph. The Range Rover Sport SVR design enhancements include larger air intakes in the front bumper to increase airflow to two intercoolers that reduce the temperature of pressurized air from the supercharger before it enters the engine. In Dynamic mode, sport driving characteristics are intensified thanks to sharper throttle response and more incisive gearshift logic. In addition, the fuel supply is controlled on deceleration, creating a characterful crackle through the exhaust. The engine's advanced and highly efficient design characteristics include: low internal friction; high-pressure direct injection with a centrally mounted, multi-hole, spray-guided injection system; dual independent variable camshaft timing (VCT); and an advanced intelligent Stop/Start system that stops the engine instead of idling and instantly restarts it when the driver is read to proceed. Section 2 - DYNAMICALLY FOCUSED DRIVELINE The smooth and responsive eight-speed ZF® 8HP70 automatic transmission has been retuned for the available performance. With a sure-footed four-wheel-drive system, the transmission receives additional torque in its lower gears to achieve a thrilling 0-60 mph time of just 4.5 seconds1. Equipped with eight close ratios, shift times have been reduced by up to 50 percent through the implementation of rapid and precise fuel cut-offs during upshifts. This leads to shorter, more visceral and audibly crisper shifts while utilizing engine inertia for a sense of acceleration through the shift. It also creates a more immediate connection to the vehicle, and ensures the engine is constantly within its power band. The transmission's adaptive shift strategy monitors acceleration and brake inputs, lateral cornering forces, kickdown requests and even the severity of gradients, before choosing one of 25 pre-determined programs to seamlessly adapt to driver behavior and road conditions. Sportier driving triggers more aggressive gearshifts and defers upshifts. To improve dynamic stability, the throttle is automatically blipped during high-speed downshifts, smoothing the transition between ratios. This function also allows the transmission to perform a series of rapid downshifts under hard braking with maximum refinement and control. Corner Recognition maintains one gear through a turn to improve stability while also ensuring a keen response once the bend straightens and the driver can accelerate. Similarly, the transmission recognizes a series of overtaking maneuvers and maintains a lower gear to ensure instant acceleration. Despite this performance focus, there is no impact on refinement: the ZF eight-speed transmission's torque converter operates for smooth take off in first gear, but is bypassed by a locking clutch from second gear. This creates a direct link between the transmission and the driven wheels. The transmission is controlled via either steering wheel-mounted paddle shift controls, or the gear lever. Drivers can default to full automatic mode, make occasional manual interventions, or push the gear lever to the left to gain manual control. In manual mode, gear shifts are made via the paddle shift controls, or by pushing the gear lever forwards for downshifts and pulling back for upshifts, echoing the shift logic of racing cars. In Dynamic mode, the shift strategy will not upshift at redline and will only downshift to prevent engine speeds below idle speed. The Range Rover Sport SVR has been engineered to deliver an incredible breadth of capability. The SVR is fitted with permanent four-wheel drive and a two-speed transfer case, with a low-range option for demanding terrain, and a 50/50 percent torque split front-to-rear. Optimum traction is maintained with the aid of an electronically controlled multi-plate clutch in the center differential, which distributes torque between the front and rear axles – up to 100 percent can be channeled to either axle in extreme conditions. Sophisticated electronic traction-control systems further contribute to capability. The transfer case offers selectable low- and high-range, using a two-speed fully synchronized shift on the move' system which allows the driver to change between the two at up to 37 mph for exceptional flexibility. High-range provides a direct drive ratio of 1:1, while the low-range ratio is 2.93:1, providing an extremely low crawl speed. This allows for an overall crawl ratio of 45.542:1. To optimize traction and stability, the Dynamic Active Rear Locking Differential has been recalibrated. The differential now locks earlier and to an increased extent, satisfying performance-minded drivers and ensuring torque is transferred to the rear wheel with most traction, increasing agility2. Torque Vectoring is also uniquely recalibrated. It uses the car's brake system to create the effect of a torque-vectoring differential, constantly balancing the distribution of engine torque between the four wheels during cornering, for improved grip and steering, and reduced understeer2. The system monitors the vehicle 100 times per second via the Dynamic Stability Control (DSC) module. As the car accelerates through a corner, the system uses yaw sensors to detect the beginning of understeer. Imperceptible levels of braking are then used to correct the vehicle attitude, while engine torque is transferred to the outside wheels, which have more grip, thus maintaining traction and steering control. Section 3 - LEADING-EDGE DESIGN The exterior design and luxurious interior of Land Rover's premium sports SUV have been enhanced for the Range Rover Sport SVR with a range of dynamic improvements. Designed exclusively by Jaguar Land Rover's Special Vehicle Operations (SVO), the Range Rover Sport SVR makes a strong visual statement. These include a front bumper with muscular trapezoidal air intakes, dark Range Rover script on the clamshell hood, which also features revised vents, and a new grille in a dark finish that contrasts with the headlights' LED signature lighting. At the side of the vehicle, an all-new fender incorporates a distinctively designed vent, while unique side moldings add muscularity. At the rear, prominent Range Rover Sport SVR badging and a pronounced high-level spoiler with a centrally mounted brake light signal the vehicle's sporting intent. The unique rear bumper features a gloss black diffuser, which incorporates unique quad exhaust pipes, instantly differentiating this high-performance derivative. The larger air intakes in the front bumper create additional airflow for the charge air coolers that channel air to the powerful 550hp supercharged engine. The new rear spoiler reduces lift, and has been carefully balanced with the new front bumper. Beneath the front bumper a new NVH comb is fitted, which reduces wind noise and improves aerodynamic efficiency. It also reduces front-end lift to help the front tires retain high levels of grip during enthusiastic driving. The deeper front bumper's more aggressive lower section can also be removed for extreme off-roading. Additional brake cooling has also been introduced for the six-piston Brembo brake set-up, ensuring optimal stopping power. A choice of seven color palettes are available, including the striking Estoril Blue, exclusive to the Range Rover Sport SVR. A Santorini Black contrast roof is available as standard equipment and combines with body-color side moldings to emphasize the muscular stance of the SVR. Exterior trim detailed in Black and headlights with black casings round-off the design enhancements, creating a visually imposing road presence. Inside, Jaguar Land Rover's Special Vehicle Operations has differentiated the SVR with distinctive leather sports seats. These comfortable seats offer additional lateral support during spirited driving. Full 16-way electric adjustment is offered and the vehicle's Sports Command Driving Position and generous rear legroom are unaffected. The sporting theme continues with the rear seats, which have been redesigned to echo the performance-oriented front seats. The result is an eye-catching four-seat aesthetic, with space for an occasional fifth passenger. The new rear seats recline for maximum comfort and offer full 60/40 folding capability and up to 62.2 cubic feet (1761 liters) of load space. The seats are finished in luxurious Oxford leather with ribbed, quilted centers, Ebony Black top stitching, eye-catching reflective piping, and all feature the Range Rover Sport SVR logo. Four striking interior color options are available: Ebony Black; Ebony Black and Cirrus White; Ebony Black and Pimento Red; Ebony Black and Tan. As standard, the vehicle is supplied with turned aluminum interior trim details, with optional carbon fiber trim for the door panels, center console, dashboard and steering-wheel bezel available. "The Range Rover Sport SVR is the ultimate in premium performance," said Land Rover Design Director and Chief Creative Officer, Gerry McGovern. "Crafted by Land Rover's 'Special Vehicle Operations', its performance-focused design revisions clearly differentiate the most powerful Land Rover vehicle ever produced from existing derivatives with its ground-hugging, assertive stance and additional road presence. This striking evolution retains the trademark DNA for which the Range Rover Sport is so widely acclaimed." Section 4 – EXHILARATING SOUND TRACK Differentiated by quad exhaust pipes, the Range Rover Sport SVR is equipped with a two-stage active exhaust featuring electronically controlled valves that optimize sound quality, performance and aesthetics. The new exhaust features larger diameter underfloor pipes – up from 2.2-inches (55mm) in the Supercharged V8 to 2.4-inches (60mm) – for enhanced flow characteristics. A new exhaust soundtrack audibly distinguishes the Range Rover Sport SVR, with a purposeful modulation at lighter throttle openings and a higher-frequency staccato at peak performance. The electronically controlled active exhaust valves largely eliminate exhaust flow noise, creating pure engine sound through to peak engine speeds. At lower engine speeds, the electronically controlled valves close off two tailpipes. As engine speed and load increases – typically around 3000rpm – the valves open, allowing greater flow through all four exhaust pipes. A symposer enriches sound quality filtering desirable induction noise into the cabin. Together with modified engine tuning that cuts the air charge far more quickly when the driver lifts off the throttle, the new exhaust also creates a pronounced crackle during deceleration. If desired, the driver can also select a quiet mode at any engine speed. The new active exhaust system has also been designed to maintain the outstanding off-road performance of the Range Rover Sport SVR should owners decide to use its 33.5-inch (850mm) wading capability. Section 5 – HANDLING THAT EXCITES The Range Rover Sport has been praised for its high levels of comfort and extremely agile handling. The SVR takes that capability to the next level courtesy of extensive development on British country roads, German autobahns and the Nürburgring Nordschleife. Enhanced suspension and steering The Range Rover Sport SVR chassis has been tuned for enhanced agility. Constructed mainly from lightweight aluminum components, the suspension is fully independent and double-isolated, with wide-spaced double wishbones at the front and an advanced multi-link layout at the rear. A cross-linked, four-corner air suspension and Adaptive Dynamics with continuously variable magnetorheological dampers is featured in the SVR. Adaptive Dynamics active damping monitors vehicle movements at least 500 times a second, adjusting the damping force almost instantaneously in response to changing road-surface conditions and driver inputs. The air springs feature a modified piston profile for sportier handling and composure, while the Adaptive Dynamics damper settings have been tuned for increased agility. Rear suspension subframe bushings, upgraded by 20 percent, ensure a connected response to driver inputs. While offering a level of performance normally associated with performance cars, the vehicle's high levels of comfort and off-road capability have not been sacrificed: the ride quality retains its compliance and the ride height is unaltered, with an adjustable range from 2 inches (50mm) in access mode up to 9.3-inches (235mm) for off-roading. Wheel travel also remains identical, with 10.2-inches of movement at the front and 10.7-inches (272mm) at the rear. Wading depth continues to be 33.5-inches (850mm). Six Terrain Response® 2 settings continue to be available: General, Dynamic, Grass/Gravel/Snow, Mud/Ruts, Sand, and Rock Crawl. Alternatively, the "Auto" setting intelligently selects the most appropriate mode. The revised Electric Power-Assisted Steering (EPAS) system featuring variable-ratio, speed-sensitive assistance, with added weighting for a more immediate and connected feel at speed. Unlike hydraulically assisted power-steering systems, EPAS does not rely on an engine-driven pump, reducing fuel consumption and emissions. All vehicles will be equipped with Range Rover Sport SVR-specific 21-inch alloys and all-season 275/45 R21 tires. Active-Roll Control tuned for flatter, faster corneringWorking in conjunction with air springs and Active Dynamics continuously variable dampers, the two-channel Active-Roll Control (ARC) enhances high-performance capability. Replacing traditional anti-roll bars, ARC employs actuators powered by a hydraulic pump to keep body roll in check, adapting to body accelerations up to 1000 times a second. Compared with earlier iterations with a single actuator, ARC uses two actuators to respond independently to lateral roll at each axle, providing greater precision. When the system senses vehicle roll, ARC applies an opposing torque, keeping the body level and composed. ARC allows the Range Rover Sport SVR to corner flatter and faster. Dynamic mode further reduces body roll for maximum handling capability. While ARC is tuned to behave uniquely for the Range Rover Sport SVR during performance driving, it uses the same software map as other Range Rover Sport models when off-road use is detected by on-board sensors. This maintains excellent off-road capability. Section 6 – DEVELOPED AT THE NÜRBURGRING With 13 miles (20.8km) of challenging twists and turns, high-speed straights, daunting crests and compressions, the Nordschleife is the ultimate test for any performance car. The SVR was subject to exhaustive testing, with prototype vehicles completing nearly 1000 laps around the legendary circuit. During testing and development, the SVR recorded a Nordschleife lap time of just 8 minutes 14 seconds. The SVR made its dynamic debut at the Goodwood Festival of Speed in the UK, powering up the 1.16-mile course to great fanfare from the motorsports community.
  25. William Maley Staff Writer - CheersandGears.com November 20, 2012 Here’s a question for you: How many platforms do Jaguar and Land Rover have? The answer is seven. Yes, seven platforms. They go as followed, Jaguar XF Jaguar XJ Jaguar XK/F-Type Land Rover Defender Land Rover Freelander (LR2)/Range Rover Evoque Land Rover Discovery (LR4)/Range Rover Sport Range Rover So in a not surprising move, Jaguar and Land Rover is looking at cutting down their platforms from seven down to two to three as a way to save money. Autocar reports that Jaguar-Land Rover is looking towards Volkswagen MQB platform as a case study to how do something like this. “It won’t happen overnight. (Something like) VW’s MQB platform will take seven years to roll out across the models it will underpin,” said Jaguar’s global brand director, Adrian Hallmark. Source: Autocar William Maley is a staff writer for Cheers & Gears. He can be reached at william.maley@cheersandgears.com or you can follow him on twitter at @realmudmonster.

About us

CheersandGears.com - Founded 2001

We  Cars

Get in touch

Follow us

Recent tweets

facebook

×
×
  • Create New...