William Maley

The BMW 2-Series has a new member of the family. The 2016 BMW M2 is what happens when BMW's M department is given free-reign on the smallest of BMW models. Outside, the M2 looks the part with larger front intakes, wider fenders, rear diffuser, and 19-inch forged aluminum wheels. Move inside and you'll find Alcantara on door panels, leather-wrapped steering wheel, and leather seats with adjustable bolsters. Power comes from a turbocharged 3.0L Inline-Six that has been tinkered with to produce 365 horsepower and 343 pound-feet of torque. This can either be paired to a six-speed manual or a seven-speed dual-clutch automatic. BMW quotes 0-60 MPH times of 4.4 seconds for the manual and 4.2 seconds for the dual-clutch automatic. Under the skin, BMW replaced a number of parts for the suspension with ones made out of aluminum to help reduce weight. There's also an extra brace chassis to improve stiffness. BMW has also fitted a electronically controlled Active M Differential that can selectively lock each wheel from 0 to 100 percent in just 150 milliseconds. Pricing will be announced closer to spring when BMW plans on shipping M2s to dealers. Source: BMW Press Release is on Page 2 The All-New 2016 BMW M2: More torque than past generation M3’s. M TwinPower Turbo Technology yielding impressive performance. Wider track featuring lightweight aluminum suspension. Manual gearbox with innovative rev-matching technology. Fully variable Active M Differential. Nürburgring tested M compound high performance brakes. Woodcliff Lake, N.J- October 13, 2015 … Today, BMW M GmbH unveiled the newest member of its product family. The coveted M badge has been placed on the popular BMW 2 Series in the form of the all-new 2016 BMW M2. The 6-cylinder under the hood is in keeping with the finest M tradition, ensuring unbeatable driving dynamics on the trace track with exceptional power delivery and the signature, outstanding driving behavior thanks to rear-wheel drive agility and lightweight aluminum M Sport suspension. The innovative M TwinPower Turbo technology ensures outstanding torque available across a wide rev band with rapid responses and excellent efficiency, raising the pulse with its distinctive engine soundtrack. The BMW M2 will be available at authorized BMW centers with a limited range of options starting in spring of 2016. Prince will be disclosed closer to market launch. Just like its predecessor high revs and M TwinPower. With an output of 365 bhp at 6,500 rpm and maximum revs of 7,000 rpm this all-new BMW M2 is more powerful than its predecessor: the BMW 1 M Coupe. The 3.0-liter 6-cylinder inline engine in the new BMW M2 sends out a clear message to the high-performance sports car segment. The engine’s peak torque also leads the way in this segment; a full 343 lb-ft is on tap between 1,400 and 5,560 rpm, with the overboost function raising this figure by 26 lb-ft to 369 lb-ft between 1,450 and 4,750 rpm. A glance to the past will put things into perspective, this figure is more than 70 lb-ft of additional torque than the past generation M3, ensuring plenty of torque is available in all driving situations. With the optional M Double Clutch Transmission (M DCT) in place and Launch Control activated, the new BMW M2 completes the sprint from a standstill to 60 mph in a scant 4.2 seconds (4.4 s with the six-speed manual gearbox). The top speed of the all-new BMW M2 is electronically limited to 155 mph. The all-new BMW M2’s newly developed 3.0 liter 6-cylinder engine represents a symbiosis of exceptional output and outstanding efficiency. The lightweight, thermodynamically optimized, all-aluminum unit is extremely rigid due to its closed-deck design – which means that the cylinder water jacket is closed at the top. This enables higher cylinder pressures for improved power output and torque. State-of-the-art M TwinPower Turbo technology. The all-new BMW M2 comes with the latest generation of the trailblazing M TwinPower Turbo technology. In the new 6-cylinder inline gasoline engine, this comprises a TwinScroll turbocharger, High Precision Direct Injection, variable camshaft timing (Double-VANOS) and VALVETRONIC variable valve lift control. Optimized to meet the highest standards and in order to satisfy the high expectations of sporty drivers who like to push the limits on the track, the BMW M GmbH development engineers have introduced upgrades to the engine powering the all-new BMW M2. This engine has gained selected components from the high-performance unit used in the BMW M3 and BMW M4 presented in 2014. Components including the pistons, with their top ring optimized for the use of grey-cast iron liners, are sourced from the BMW M3 and M4 engine, as are the crankshaft main bearing shells. The new engine in the BMW M2 is equipped with the requisite high-performance spark plugs designed to optimally work at higher temperatures. The integration of the turbocharger into the exhaust manifold plays a major role in the ability of the new 3.0 liter 6-cylinder engine in the all-new BMW M2 to optimize its performance efficiently. The warm-up phase after a cold start is noticeably shorter reducing exhaust emissions. The electrically operated boost pressure control valve and close-loop arrangement of the catalytic converter further improve the engine’s emissions rating. The standard Auto Start Stop function and Brake Energy Regeneration provide additional potential for fuel savings in the all-new BMW M2, while the intelligent energy management of ancillary components enables an additional reduction in fuel consumption. For example, the coolant pump operates only as required and the oil pump is map-controlled. The air conditioning compressor, which is disconnected whenever it is not being used, and the Electric Power Steering, which requires no electric energy when driving straight ahead, make a considerable contribution to the laudable fuel consumption and emissions figures of the all-new BMW M2. Oil supply secure even during track days. The many years of motor racing experience built up by the BMW M engineers are also reflected in the oil supply for the all-new BMW M2 engine. In order to ensure oil reaches all engine components at all times under limit-pushing driving with sustained heavy lateral acceleration, and extreme braking maneuvers the car has to withstand on the race track, the 6-cylinder inline engine benefits from a modified oil sump. For example, an additional oil sump cover helps to limit the movement of oil under powerful acceleration. At the same time, an extra oil suction pump sends the oil back to the rear part of the oil sump when the driver brakes heavily. A special suction system is employed for the oil supply to the turbocharger under higher vehicle acceleration. This measure ensures that the oil supply to the engine remains secure at all times, both in normal everyday driving and when lateral dynamics are put to the test at the track. The same also applies to the heat balance of all engine components. In order to deal with extreme cooling requirements under hard driving, the BMW M2 engine benefits from an additional oil cooler for the transmission oil (only applies to cars fitted with M DCT) and an extra water radiator for the engine. Perfectly composed high-revving M exhaust note. One of the main contributors to the extraordinary dynamic experience on board the all-new BMW M2 is the optimized exhaust with special flap system. With its four tailpipes, the exhaust system immediately marks the BMW M2 out as a BMW M model and its minimal exhaust back-pressure ensures the engine exhales optimally. The electrically controlled flap delivers the distinctive BMW M engine exhaust note across the entire rev range. In addition, drivers can use the Driving Dynamic Control switch to select a driving mode and an exhaust note to go with it. Manual gearbox with automatic rev-matching. The all-new BMW M2 comes as standard with a six-speed manual gearbox, which stands out with its compact design and low weight. The use of a new type of carbon-fiber friction lining enhances shift precision. Dry-sump lubrication prevents any sloshing of the transmission oil and ensures all components benefit from an efficient supply of lubricant. An engagement speed control function, which blips the throttle on downshifts and lowers the engine’s revs on upshifts, makes gear changes even smoother and lends the car additional stability during hard driving on the track. Experienced drivers can still take pride in performing the task of perfectly orchestrated down-shifts on their own by deactivating the system in DSC OFF mode. Motorsport inspired - flawless shifts in a split-second. The all-new BMW M2 can be ordered as an option with the latest generation of the seven-speed M Double Clutch Transmissions (M DCT with Drivelogic). This system, which effectively combines two gearboxes, each with its own clutch, is specially designed to work with the customary engine dynamics of M cars and the engine’s high torque and output. The system detects which gear the driver will choose next based on the engine’s revs, the accelerator position, the level of acceleration and the driving mode, and engages it before the driver has actually moved the shift paddle. As a result, the clutches now only need to open or close for the gear-change process to be completed. The change of gear is therefore executed in fractions of a second. Depending on the driving mode activated, it enables either extremely fast gear changes with no interruption in the flow of power or ultra-smooth shifts. The extra gear of the M DCT transmission over the six-speed manual gearbox allows for tightly spaced gearing and reduced fuel consumption thanks to its taller gear ratios. The driver can change gears either in automated mode or manually using the M gearshift lever on the center console or shift paddles on the M leather steering wheel. The Drivelogic function tuned to the M Double Clutch Transmission offers a choice of six driving programs (three in automatic mode and three in manual mode). Optimal acceleration in all conditions. The integrated Launch Control function ensures the best possible acceleration off the line in all conditions. This function determines the ideal getaway rpm and is automatically dialed in priming the clutches to deliver maximum forward momentum. Once under way, upshifts are timed and performed at the optimal revs. This allows the BMW M2 with innovative M DCT to outperform the already outstanding acceleration achievable with the six-speed manual gearbox. Dynamic Performance - Motorsport technology for the road. The roots of BMW M GmbH lie in motor racing, as is highlighted in no small measure by the dynamic talent of all BMW M models. The all-new BMW M2 also sets the pace in its segment when it comes to agility, driving feeling, directional stability, steering precision and controllability at the limit, without any compromise in everyday use. Lightweight design and precise wheel location. The basic requirement for a top-level driving dynamics vehicle is a high level of rigidity and a low axle system weight with reduced unsprung mass. That’s why the BMW M GmbH engineers have referred back to the lightweight aluminum front and rear axles of the BMW M3 and M4 models for the all-new BMW M2. The control arms, wheel carriers, axle subframes and stiffening plate of the double-joint spring-strut front axle weigh 11 pounds less than would be the case with a conventional steel construction. Further weight savings are provided by use of aluminum in the suspension struts and tubular anti-roll bar. In order to ensure extremely precise wheel location, play-free ball joints are used to transmit transverse forces. A stiffening plate in the underbody provides additional bolted connection between the axle subframe and the body sills, which increases the stiffness of the front-end structure. The longitudinal forces passing through the suspension are transmitted directly via special elastomer bearings delivering precise handling feedback. All the control arms and wheel carriers of the all-new BMW M2’s five-link rear axle are made from forged aluminum, which reduces the unsprung masses of the wheel-locating components by more than 6 pounds compared to a steel construction. In addition, a racing-derived rigid connection, without rubber bushings, is used to fix the lightweight steel grid-type rear axle subframe to the body. This further improves wheel location and tracking stability. The axle kinematics – which govern the movement of the wheels under compression according to the arrangement of the control arms – are similarly tuned to deliver the precise wheel location typical from M cars. Made-to-measure wheels and tires. In order to transfer the car’s dynamic potential to the road as effectively as possible, the development of specific tires for the all-new BMW M2 was incorporated into the axle construction from the beginning of its development. BMW M vehicle dynamic engineers know that a certain set of factors take priority whenever dealing with high-performance sports cars. For example, the front wheels have to cope with different types of forces in terms of lateral stability, directional stability while providing optimal steering feedback and steering precision. Likewise, the rear wheels deliver optimal traction, lateral stability and directional stability. After thorough testing development, the BMW M vehicle dynamic engineers decided to fit the all-new BMW M2 with aluminum wheels with mixed-size tires. The lightweight 19-inch forged wheels (front axle: 9J x 19, rear axle 10J x 19) substantially reduce rotating and unsprung masses. Together with the exclusive 19-inch Michelin Pilot Super Sport tires measuring 245/35 ZR 19 in the front and 265/35 ZR 19 at the rear. This set-up makes a considerable contribution to the outstanding dynamic properties of the all-new BMW M2 and, at the same time, ensure impressive everyday ride comfort. Motor sport inspired, Nürburgring tested – high performance brakes. The high-performance brakes of the all-new BMW M2 are also a product of motor sport and can be quickly identified by their brake calipers – front axle: four-piston fixed calipers, rear axle: two-piston fixed calipers – which are painted in a blue metallic finish and display the M logo at the front axle. In these M compound brakes the perforated and inner-vented brake disc ring is made from grey-cast iron for a massive 15 inch diameter rotor at the front axle and equally impressive 14.5 inch diameter at the rear axle. M compound brakes guarantee powerful deceleration in all conditions and providing confidence inspiring fade resistance under hard track use. They are also significantly lighter than conventional braking systems, the brake disc hub is manufactured from aluminum as they reduce unsprung and rotating masses, which means they play a major role in further enhancing the dynamic ability of the all-new BMW M2. M developed Electric Power Steering. The Electric Power Steering of the all-new BMW M2 also instills the characteristic M driving feeling. The development of the system prioritized hallmark M attributes, such as direct steering feel, precise feedback at both the track and everyday driving, transmitting the driver with all the necessary information about the available grip at the tires. The integrated Servotronic function with M-specific characteristics, controls the level of steering assistance electronically according to the car’s speed. Via the Driving Dynamic Control switch the driver can adjust the steering’s power assistance at any time. Unlike conventional hydraulic steering systems, the all-new BMW M2’s Electric Power Steering does not require any energy when the car is being driven in a straight line or standing still with the engine running. This enables an improvement in fuel economy of roughly 0.6 mpg. Permanent, fully variable differential control. The Active M Differential in the all-new BMW M2 optimizes traction and maximizes directional stability. This electronically controlled multi-plate limited-slip differential takes traction and directional stability to a new level. The multi-plate limited-slip differential is proactively controlled with extremely high precision and speed. The locking effect can be varied between 0 and 100 percent according to the driving situation. Sensors including those of the DSC (Dynamic Stability Control) system determine the car’s steering angle, accelerator position, brake pressure, engine torque, wheel speed and yaw rate. The control unit analyzes these inputs to detect any threat of traction loss on one side of the car and calculates the required locking effect, which is engaged by an electric motor. Full locking power of 1,843 lb-ft is available within 150 ms, allowing the system to prevent a wheel from spinning in extreme conditions on slippery road surfaces or when the two rear wheels are experiencing significant differences in friction coefficient. In certain situations the Active M Differential even works proactively. When pulling away on slippery surfaces, the lock is closed by a defined percentage even before a wheel can start to spin, to ensure that both wheels develop equal slip at the same time. This optimizes traction and stability. The lock is also closed by the required percentage through enthusiastically driven corners, according to the levels of lateral and longitudinal acceleration. This prevents the low-traction inside wheel from starting to slip too quickly. The permanent and infinitely variable differential control also increases agility, avoids understeer at turn-in and improves directional stability under braking and load changes. Drifts on the race track. The all-new BMW M2 is equipped with M Dynamic Mode (MDM), a sub-function of Dynamic Stability Control (DSC). DSC effectively counteracts oversteer or understeer or a loss of traction by taking several measures (reducing engine power, braking individual wheels) to stabilize the car. However, in certain situations – e.g. sporty and dynamic driving on the race track – a greater degree of wheel slip can be an advantage. For this reason M Dynamic Mode can be activated in the recommended track mode (SPORT+) or can be engaged with a short dab of the DSC button. The stabilizing measures familiar from DSC mode now intervene at a later stage, increasing the freedom available to drivers while still keeping an electronic safety system in action. The extra wheel slip enhances traction and therefore propulsion. More significant oversteer and understeer are possible, as are moderate, controlled drifts, but the Dynamic Stability Control active safety aids can still be relied on in critical situations. Design. An impressive amount of power, an athletic stance with bold design elements on the one hand, an unadulterated focus on sporting achievement and credible everyday practicality on the other. The all-new BMW M2 makes all the running in this high-performance sports car segment with its outstanding driving dynamics and agility that combine to deliver an extraordinary driving experience, allied with precise driver feedback. The proud successor to the BMW 1 Series M Coupe showcases its impressive on-the-road presence from every angle. Its M-specific exterior features send out a whole-hearted statement of dynamics and agility, promising both a superior performance on the Nürburgring-Nordschleife and convincing abilities on urban roads. In the grand tradition of BMW sport coupes, the all-new BMW M2 contains stylistic references to highlights from its forebears in BMW’s motor sport back-catalogue – such as the BMW 2002 turbo and legendary BMW 3.0 CSL. Inspired by motor sport history. A glance at the front end of the all-new BMW M2 reveals characteristic M design features. The signature BMW kidney grille, with its black-painted double bars replicating the design of the M double-spoke wheels, carries the BMW M logo. And the three-dimensional design of the grille has a “shark nose” feel to it. The modern take on the BMW twin circular headlights underlines the car’s forward-surging look and establishes a close stylistic connection with the grille. This further sharpens the focus of the all-new BMW M2 on the road ahead. The large front apron with trapezoidal blades and the Air Curtains in the outer air intakes mimic the type of protruding spoilers that have been a familiar sight in motor sport down the years. For the BMW M2 they were inspired in particular by the BMW 3.0 CSL touring car racer. However, the large blades are not only a nod to the past. Form follows function is the message here, so as well as underlining the wide track of the all-new BMW M2 they divert part of the airflow through the wheel arches, while the Air Curtains guide the air effectively past the wheels. These two features work together to reduce air turbulence around the front wheel arches, cutting drag in the process. Moreover, the large air intakes cover the immense cooling air requirements of the high-performance engine. Thanks to the careful channeling of the airflow around and through elements of the car, drag has been reduced by five percent compared with the BMW 2 Series Coupe, despite the M2’s stronger cooling performance. The aerodynamic measures have also reduced lift by 35 percent and significantly improved aerodynamic balance at higher speeds. Hallmark BMW proportions. From the side the all-new BMW M2 is immediately identifiable as a fully-fledged member of the BMW M family. Compact dimensions and hallmark BMW proportions – i.e. a short front overhang, sweeping hood, long wheelbase and set-back greenhouse with classic BMW Hofmeister kink – are the starting point, with signature M design elements strengthening the dynamic expression. For instance, the newly interpreted BMW gills rearwards of the front wheel arches reference a feature first seen on the BMW 3.0 CSL. They send out a visual statement and set the swage line on its way towards the rear. The side swage line – which begins rearwards of the front axle on the all-new BMW M2, then rises dynamically towards the tail and links the flanks of the car with its rear end – is a classical BMW design feature; for instance, in the case of the BMW 2002, it extended around the whole car. Other typical elements of the all-new BMW M2’s powerful appearance are the sculptural wing extensions at the front and rear axle, which immediately bring to mind the image of a muscular athlete with broad shoulders in a figure-hugging race suit and visually enhance the car’s standout dynamic abilities. However, these significant bodywork extensions (front: 2.1 in, rear: 3.1 in) are not only a stylistic statement, but necessary to accommodate the wider track and wheels – in this case 19-inch aluminum forged rims in familiar BMW M double-spoke design. The broad rear end of the all-new BMW M2 highlights its firm grip on the asphalt, a quality further reinforced by the horizontal lines in the trunk lid and rear apron. The M rear spoiler on the trunk lid also accentuates the elevated dynamic aspirations of the all-new BMW M2. The vertical reflectors at the outer extremes of the rear apron form a stylistic connection with the trapezoidal blades at the front end and once again emphasize the powerful appearance of the all-new BMW M2. This feeling is additionally strengthened by the L-shaped rear lights which have become a fixture of BMW models. Their horizontally arranged LEDs also underscore the athletic and imposing impression created by the all-new BMW M2. The looks of the rear end are rounded off by another classical BMW M feature. The diffuser integrated into the rear apron is a clear reference to the racing abilities of the all-new BMW M2 and offers a nod to its optimized aerodynamics. Likewise integrated into the rear apron are the familiar quartet of hallmark BMW M exhaust tailpipes in high-gloss chrome, which draw renewed attention to the low visual center of gravity and point clearly to the dynamic performance of the all-new BMW M2. Attention to sporty detail wherever you look. The all-new BMW M2, is available in four exterior paint finishes: Long Beach Blue metallic, Alpine White, Black Sapphire metallic and Mineral Grey metallic. As with all BMW M models, the interior architecture of the all-new BMW M2 also stands out with its pervasive driver focus and flawless ergonomics. The car is fitted with a host of BMW M-specific equipment details to reflect its prominent dynamic capabilities. The sports seats, in black Dakota leather with blue contrast stitching and an M logo in the backrests, have adjustable side bolsters to give the driver and front passenger optimum support through fast corners. An M footrest and knee pad on the center console for the driver continue the theme. Instruments with BMW M2-specific dials and needles, a speedometer scale reaching round to 200 mph and a tachometer reading up to 8,000 rpm provide an indication of the car’s extraordinary performance potential as soon as you climb aboard. Familiar M equipment items in the all-new BMW M2 also include M logos on the tachometer, gearshift lever, door sill plates and M leather steering wheel with shift paddles. Other highlights of the interior are the all-new BMW M2 trim strip with surfacing in open pore carbon fiber and Alcantara for the door panel inserts, parking brake boot and shift lever boot (manual transmission only). BMW ConnectedDrive enhances safety, comfort and entertainment. New BMW M2 customers can also make use of innovative driver assistance systems and mobility services from BMW ConnectedDrive. The range of optional driver assistance systems available for the BMW M2 includes the Driving Assistant, which comprises features such as Collision Warning and Pedestrian Warning with City Braking function, and Lane Departure Warning. The system warns the driver of potential collisions with pedestrians or other vehicles in urban areas and brakes the car automatically. Furthermore, it uses steering wheel vibrations to alert drivers if they stray from their lane unintentionally. Speed Limit Info flashes in the instrument cluster with the permitted top speed. The rear-view camera teams up with rear Park Distance Control to assist drivers with reverse parking and maneuvering. Plus, the standard Navigation System offers an ultra-sharp map display and the iDrive Touch Controller ensures the various functions are even easier to use. Analyze your own driving style, film racing laps. The optional ConnectedDrive Services open up the world of vehicle connectivity to customers, revealing intelligent services and features as well as an extensive range of apps. The GoPro app and the M Laptimer app from BMW M GmbH are geared towards enthusiastic drivers. The later enables them to improve on their driving on the track. This application records the car’s speed, longitudinal and lateral acceleration, engine’s speed, the gear engaged at any one time, the steering angle, the accelerator position and fuel consumption. All this allows drivers to subsequently analyze their inputs precisely corner by corner, gives them the option of comparing their laps with those of other drivers and enables them to easily share the data by e-mail or Facebook. The GoPro app allows drivers to use a GoPro camera to film fast laps of the race track. BMW ConnectedDrive paves the way for all applications to be integrated seamlessly into the car. They can be operated using the iDrive Touch Controller and viewed in the Control Display.

Volkswagen is making some big changes for the future. In a statement released today, the company announced that it would cut 1 Billion Euros (about $1.1 billion) in investments. The statement didn't say would be part of the cuts. Volkswagen also announced that it would be fitting diesel models sold in Europe and U.S. with SCR and AdBlue technology 'as soon as possible'. Further down in the statement, Volkswagen announced that it would put more of a focus on battery and plug-in powertrains for its MQB architecture (what underpins the Golf and the upcoming Tiguan. Along with this, the company is working on a new modular electric “toolkit” that could deliver around 155 to 300 Miles on a charge. Volkswagen has also given a preview of what's in store for the next Phaeton. The statement talks about a specification of the model that will feature a pure electric drive. "The Volkswagen brand is repositioning itself for the future. We are becoming more efficient, we are giving our product range and our core technologies a new focus, and we are creating room for forward-looking technologies by speeding up the efficiency program," said Volkswagen brand chief Herbert Diess. Source: Volkswagen Press Release is on Page 2 Volkswagen Brand Board of Management takes strategic decisions Accelerated implementation of the efficiency program creates room for reorientation Streamlined processes leverage further cost-saving potential, including cuts in fixed costsInvestments to be reduced by 1 billion euros per year compared with planning – combined with prioritization of projects for the future Product decisions formulatedNew Phaeton will be electric New Modular Electric Toolkit planned The newly-formed Volkswagen Brand Board of Management took further strategic decisions at a special meeting. CEO Dr. Herbert Diess announced major product decisions: a reorientation of the diesel strategy with the most advanced technologies, the development of a standardized electric architecture for passenger cars and light commercial vehicles, and a new approach for the next generation of the Phaeton. Investments are to be reduced by some one billion euros per year, the efficiency program is to be accelerated. Dr. Herbert Diess underscored: "The Volkswagen brand is repositioning itself for the future. We are becoming more efficient, we are giving our product range and our core technologies a new focus, and we are creating room for forward-looking technologies by speeding up the efficiency program." Reorientation of the diesel strategy It was decided to switch over to installing only diesel drives with SCR and AdBlue technology in Europe and North America as soon as possible. Diesel vehicles will only be equipped with exhaust emissions systems that use the best environmental technology. Systematic further development of the Modular Transverse Toolkit (MQB) There will be a major development thrust for the proven MQB standardized technical toolkit, where Volkswagen Passenger Cars holds responsibility for development within the Group network. The focus is on plug-in hybrids with an even greater range, high-volume electric vehicles with a radius of up to 300 kilometers, a 48-volt power supply system (mild hybrid) as well as ever more efficient diesel, petrol and CNG concepts. A new standard with regard to connectivity and driver assistance systems is to be defined. MEB electric toolkit An MEB electric toolkit for future use in compact segment vehicles is to be developed based on the experience gained with existing vehicle architectures. This will be a multi-brand toolkit suitable for both passenger cars and light commercial vehicles and will thus leverage synergies from other electric vehicle projects in the Group. The standardized system will be designed for all body structures and vehicle types, thus allowing particularly emotional vehicle concepts, and will enable an all-electric range of 250 to 500 kilometers. Phaeton redefined – the future is electric The Volkswagen Phaeton has embodied the brand's technological competence and brand ambition from the first generation onward. The future generation of the Phaeton will once again be the flagship for the brand's profile over the next decade. In light of this, the Board of Management redefined the current project. The specification features a pure electric drive with long-distance capability, connectivity and next-generation assistance systems as well as an emotional design. Accelerated efficiency program Dr. Herbert Diess said: "We are very aware that we can only implement these innovations for the future of the Volkswagen brand effectively if we succeed with our efficiency program and in giving our product range a new focus." Diess continued: "Together with my Board of Management colleagues and the entire team we are working at top speed on these issues. Time and again, the Volkswagen team has proved it stands united and is fully focused on shaping the future, particularly when times are tough. We have now laid the further foundations for that."

When Ford revealed to everyone the Focus RS back in February, they said the 2.3L EcoBoost four-cylinder would produce 'well in excess of 315 horsepower' for the model. Today, the Blue Oval announced the final power figures for the Focus RS and it happens to be 'well in excess'. When the Focus RS hits dealers later this year, it will pack 350 horsepower and the same for torque. More impressive is the engine is producing 152 horsepower per liter, let that sink in for a moment. Ford was able to produce these figures by using a twin-scroll turbo delivering a peak boost of 23.2 psi, along with a larger intercooler and performance exhaust. Along with the announcement of performance figures, Ford also introduced a new feature for the Focus RS called Stall Recovery. A function of the stop-start system, Stall Recovery will start the vehicle back up by simply pressing in the clutch after a stall. Source: Ford Press Release is on Page 2 FOCUS RS ENGINEERS DROP THE HAMMER: HOT HATCH BUYERS TO GET MONSTROUS OUTPUT OF 350 HORSEPOWER, 350 LB.-FT. Unique 2.3-liter EcoBoost® engine powering all-new Focus RS certified at 350 horsepower at 6,000 rpm on way to 6,800-rpm redline Exclusive Focus RS turbo makes peak boost of 23.2 psi, with peak torque certified at 350 lb.-ft. at 3,200 rpm Innovative Focus RS feature restarts engine for drivers in the event of a stall DEARBORN, Mich., Oct. 12, 2015 – The unique EcoBoost® engine in the all-new Focus RS will produce 350 horsepower – far exceeding original estimates of 315 – along with 350 lb.-ft. torque. And yet even with all that torque, the manual-only hot hatch will be especially forgiving in the event a driver stalls the engine, as Focus RS will debut with a trick feature called stall recovery. In other words, there will be no need for drivers to manually restart the engine or move the gear selector to neutral as the innovative technology simply pushes the clutch back in. “We knew we wanted to put start-stop technology on the RS,” explained Tyrone Johnson, engineering and vehicle manager, Ford Performance Europe. “So we said, ‘What if we went one step further, and controlled for engine stall at launch using the same technology?’ Well, that’s exactly what we did and it’s just as fast as our start-stop technology.” The monster output the Focus RS engine achieves is due to its all-new low-inertia twin-scroll turbocharger with a larger compressor wheel that delivers more airflow and power throughout the rev range. Peak turbocharger boost is 23.2 psi. Backing up this increased output is a large intercooler to maximize charge density. Air itself is delivered through a low-restriction intake manifold on the front end with a high-performance exhaust. The system includes an electronically controlled valve that optimizes back pressure and exhaust volume level. Stout, high-tensile cast-iron cylinder liners are used to enhance the robustness of the engine, while a high-performance head gasket brings improved thermal capability. Additional space created in the front of the car allowed engineers to deploy a larger radiator than what’s used on other Focus models for enhanced cooling. Despite the engine’s high output of 152 horsepower per liter, RS engineers tuned this EcoBoost to deliver right off idle all the way on up to a free-spinning 6,800 rpm, with an especially chunky midrange power delivery. Focus RS is the latest car to be unveiled as part of a new golden age of Ford Performance. The plan calls for bringing more than 12 high-performance vehicles to market worldwide through 2020. Developed by a small team of Ford Performance engineers in Europe and the United States, the third-generation Focus RS follows on the heels of the much-loved models launched in 2002 and 2009. The 2016 Focus RS is the 30th car globally to wear the vaunted RS badge, joining such legendary models as the 1970 Escort RS1600, the 1984 mid-engine RS200 Group B rally car, 1985 Sierra RS Cosworth and 1992 Escort RS Cosworth. Production of Focus RS with 2.3-liter EcoBoost begins later this year.

Cadillac is giving the ATS and CTS some much needed improvements for the V6 powertrain. 2016 models will introduce a new version of 3.6L DI V6 producing 335 horsepower and 284 pound-feet of torque, an increase 14 and 9 respectively. Along with more power, the 3.6L will see a 9 percent increase in combined fuel economy - 24 MPG for rear-wheel drive and 22 MPG for all-wheel drive models. The V6, along with the 2.0L turbo-four will gain the eight-speed automatic transmission. Source: Cadillac Press Release is on Page 2 New Technologies Boost Efficiency for 2016 CYLINDER DEACTIVATION AND START/STOP SYSTEMS BEGIN PRODUCTION ON ATS AND CTS PRODUCT LINES Renowned for luxury and design, Cadillac has recently added dynamic driving performance to its list of attributes. Now as 2016 model year production begins, Cadillac adds new fuel-saving technologies. Active Fuel Management and Automatic Stop/Start technologies, and widespread use of a new 8-speed transmission, are combining to raise fuel economy ratings and reduce emissions in Cadillac’s portfolio. Cadillac’s all-new six cylinder engine contains Active Fuel Management, or cylinder deactivation, technology enabling it to seamlessly switch from six-cylinder to four-cylinder operation under certain light-load conditions, while maintaining excellent performance. The new 3.6-liter engine is part of the 2016 ATS and CTS product lines. Additionally, the Cadillac Escalade luxury SUV’s V8 will shift to four-cylinder operation in many daily driving conditions, as will Cadillac’s all-new high performance CTS-V sedan. Cadillac’s advanced engine technology will accelerate in the new Twin Turbo-powered CT6 prestige sedan, which will be the world’s only six-cylinder engine to combine turbocharging with cylinder deactivation and Stop/Start technology. Cadillac’s ATS and CTS also offer a 2.0-liter turbocharged four-cylinder engine, the most popular choice among buyers. These models also see fuel economy improvements in 2016 via the use of Automatic Start/Stop, or AutoStop, technology. This system reduces emissions and fuel consumption by automatically turning off the engine when the car is stationary, such as at red light. The engine quickly and automatically resumes as soon as the driver releases the brake. Previous Start/Stop systems often relied on the car’s battery system. Cadillac employs a voltage stabilization system powered by ultracapacitors to re-start the engine. This alternative power source inside the car enables smoother and quicker re-starts compared to previous systems, while enhancing durability by reducing strain on the existing electrical systems. Cadillac’s new 8-speed transmission nets another efficiency gain, and like the new V6 engine, just started production in the 2016 ATS and CTS. “While these new systems increase efficiency, a main focus in engineering at Cadillac is to integrate these systems smoothly with no compromise to the driving experience,” says David Leone, Cadillac executive chief engineer. “Our new 8-speed transmission was developed internally for fast and smooth shifting in every situation with Cylinder Deactivation and Start/Stop are integrated in a more seamless manner than our competitors.” The result is cleaner and more fuel-efficient Cadillac models. CO2 output has been reduced up to 6 percent on 2016 ATS and CTS models.