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Revolution most commonly starts in the heart of what is to be disrupted. In this case, oil country is where one of the most revolutionary new motor designs is coming from. The minds at the University of Texas in Dallas, Dr. Babak Fahimi and the Renewable Enery and Vehicular Technology Laboratory brings us this new startup "Linear Labs Inc. A Smart Electric Motor Company" who just completed their funding round to allow them to market and produce their flagship motor, the Hunstable Electric Turbine motor. Currently today's electric vehicle has a high revving horsepower motor with low torque, as an example you can find many electric motors that produce 50 horsepower at 10,000 rpm with 26 lb-ft of torque. The Hunstable Electric Turbine motor produces that same 50 horsepower at 1,300 rpm with 200 lb-ft of torque thus eliminating the need for a gear box as well as other components which in turn reduces cost and complexity. The Hunstable motor while eliminating geared reduction thus being useful for direct drive applications retains the capability to perform at extremely high speeds and maintains maximum efficiency throughout the loading curve. Let's get into the technical chops of the Hunstable Electric Turbine (HET) motor. Permanent magnet circumferential flux 4 rotor motor 3D magnetic structure produces four active torque producing areas all with the same polarity 30% reduced use of copper in the coil Maximum torque production from all magnetic field interactions Reduced motor size due to patented unique design requires no unproductive open spaces Large Lorentz Force that peaks with a large reluctance force. Best way to explain this is to quote their website: " by extending the length of the magnetic tunnel region, the torque that is present throughout the coils travels without regard to the coils at pole face length. Unlike existing conventional machines where torque is only present at an optimum point as it approaches a magnetic pole, the HET has no single optimum point but rather all positions exhibit maximum torque. The torque and force will exist while the coil in in the tunnel, regardless of tunnel length. Traditional electric motors have always had a current pulse from the three phase supply requiring a timed rotation that allows for optimum torque production at a single instant in time where only a single phase is active. Electronics have been used to manipulate and soften the pulsations to some degree to gain performance as seen by the current leading EV manufacturers. The HET motor is able to use a different approach due to the large force presented. One could talk about coils, poles and phases but the end result is that the the technology used by the HET Motor allows for all phases produced to create a continuous pulse of power. These power pulses overlap rather than being sequential thus eliminating torque pulsations ending with maximum torque production. The HET Motor has an advantage that no other electric motor can equal and that is that via software control, the phases can be controlled into particular patterns allowing for true variable pole count ending in adjustable speed / torque development. To quote Linear Labs: "This allows a speed change increase with no changes in frequency, current or voltage level, which makes an electronic transmission possible." Current electric motors use what is called Field Weakening. This is where one has peak torque at 0 RPM but trades torque for speed as it goes faster. Excitation speed increases as torque drops by weakening the magnetic fields. Induction motors increase speed by reducing this excitation current, permanent magnet motors inject an opposing current to control this which is known as a D axis current injection. The constant horsepower region is what this area of speed increase is called. Torque being traded for speed, but total horsepower does not change. Efficiency drops off in the uses as stated above and this is what the HET motor addresses with its revolutionary design. To quote Linear Labs: " By slightly rotating a single side rotor, an axial magnetic component is introduced. This weakens , as far as the coils are concerned, the total magnetic field experienced by the coils. The degree of field weakening controls the trade-off between torque and speed. For the first time in electric machine history, as the HET Motor enters the Constant Horsepower Region, core losses drop and overall efficiencies actually climb." At this time you would not be blamed for saying "SO WHAT" what does this get me? The benefits of this revolutionary new motor or as Linear Labs likes to call it their electric turbine is the following list: Magnetic Configuration producing 100% more torque than any other design. Efficiency, reduced copper losses resulting in reduced on-board energy storage. Power, testing has shown that the HET motor with standard cooling produces continuous and peak power at 1.9 kW and 2.7 kW at a base speed of 3000 RPM superseding any other commercially available electric propulsion unit. Cost and Compactness, resulting in less cost of on-board electronics, converters, controllers, etc. Thermal Management, superior design due to less copper and what is known as end windings that contribute nothing to torque or output giving you superior efficiency. Variable speed applications, perfect for low speed constant use but also for high speed applications. Acoustic Noise, HET motors being smaller than current commercial counterparts along with limited torque pulsation provides a quiet drive system removing most noise heard by the human ear. Some of the markets that are ripe for Linear Labs motors are of course the auto industry, HVAC industry, industry manufacturing, pretty much any market where constant and variable electric motors are being used. This results in potential energy conservation on a large scale. Linear Labs see's the potential benefits from scooters, to drones, motorcycles, cars and trucks. The uses of their HET Motor will revolutionize the world while contributing to energy conservation. View full article

September is turning out to be a month focusing on electric vehicles. Already, Mercedes-Benz has pulled the cover off the EQC and Audi is planning to reveal the E-Tron crossover next week. Now Aston Martin has announced official specifications for its first electric vehicle, the Rapide E. The model being worked on with Williams Advanced Engineering will use two electric motors on the rear axle to deliver 602 horsepower and 700 pound-feet of torque. 0-60 mph is said to take under 4 seconds and the Rapide E can hit a top speed of 155 mph. A 65-kwh lithium-ion battery pack is estimated to provide a range of over 200 miles on the new WTLP test cycle - somewhat disappointing when compared to the likes of the Tesla Model S 75D which offers a range of 259 miles. Using a 50kW charger, the Rapide E can get a 150 mile charge in just an hour. There will also be a 100kW charger that provides a charge of 5 miles per minute. The Rapide E's exterior and underbody has been tweaked to improve aerodynamics. This includes a unique design for the wheels. The Pirelli P Zero tires feature sound deadening to help make the vehicle as quiet as possible. Aston is only planning to build 155 Rapide Es when production kicks off late next year. The model will be used as a rolling testbed for future Aston and Lagonda electric vehicles. "As our first all-electric production model, Rapide E will fast-track our knowledge and help us ensure the character and high-performance capabilities of our future EV models and enhance the unique qualities found in all Aston Martins as we know them today. Rapide E will also serve as a critical step on our path to re-launching Lagonda as the world’s first zero-emission luxury marque," said Andy Palmer, CEO of Aston Martin. Source: Aston Martin Rapide E: Secrets of First All-Electric Aston Martin Revealed Rapide E to be Aston Martin’s first Battery Electric Vehicle (BEV) Product name confirmed as ‘Rapide E’ Aston Martin developing Rapide E with Williams Advanced Engineering Production run of 155 units Twin electric motors to produce over 610PS and 950Nm of torque creating most powerful Rapide model Features innovative 800V battery system; DC/DC converter facilitates fast charging, even on 400V network Cars will be built in dedicated facility at Aston Martin’s St. Athan site First customer deliveries scheduled for Q4 2019 12 September 2018, Millbrook, England: With development of Aston Martin’s first all-electric production car – the Rapide E – progressing apace, the luxury British marque has today confirmed a raft of technical details for the strictly limited 155-unit special edition. Working closely with Williams Advanced Engineering (WAE) as its development partner, Aston Martin has utilised the hugely successful leader in Electric Vehicle (EV) technology to kickstart a new era for Aston Martin’s powertrain technology and overcome the technical challenges associated with packaging the battery system and motors within the space available. Throughout the development process, the engineering team have focused on achieving effective cooling of the batteries and motor to ensure consistent performance, while strict weight targets have been stringently observed using lightweight alloys and carbon composite materials. Rapide E will be powered by an 800V battery electrical architecture with 65kWh installed capacity using over 5600 lithium ion 18650 format cylindrical cells. These are mounted in a bespoke battery pack where the original 6.0-litre V12, its gearbox and fuel tank were located. This battery system powers two rear mounted electric motors producing a combined target output of just over 610PS and a colossal 950Nm of torque. Rapide E’s range target is over 200 miles under the Worldwide Harmonised Light Vehicle Test Procedure (WLTP), while the model is capable of charging at a rate of 1851,2 miles of range per hour using a typical 400V 50kW charger. However, the car’s 800V high-voltage battery system enables faster charging of 3101,2 miles of range per hour, using an 800V outlet delivering 100kW or higher. Being an Aston Martin, the Rapide E is being developed with a high-performance objective. Projected top speed for the Rapide E is 155mph, with a sub-4.0sec 0-60mph time and a 50-70mph time of just 1.5sec. It’s important to stress that these figures are not restricted to a narrow window only when the batteries are fully-charged. Instead the target is for maximum performance on-demand throughout majority of the battery state of charge window, as would be expected from a conventional internal combustion-engined car. This includes the ability to drive a full lap of the Nürburgring with absolutely no derating of the battery and the ability to cope with the daily demands of repeated hard acceleration and braking. The car’s exterior and underbody has also been aerodynamically optimised and complemented with newly-designed aerodynamic wheels. Shod with Pirelli P-Zero low rolling-resistance tyres featuring noise-cancelling foam, Rapide E aims to achieve higher levels of aerodynamic, frictional losses and cooling performance over the standard Rapide S. It has also been an objective of the project to retain and enhance the feel, character and delivery of the V12-engined Rapide S. To this end, careful attention will be paid to the development and tuning of both the electric powertrain and the chassis, with particular focus applied to software integration. The rear-wheel drive Rapide E’s twin electric motors will drive through a Limited-Slip Differential, which combined with revised spring and damper rates ensures the pure handling characteristics for which the petrol-powered Rapide S is already renowned. Though the Rapide E will be built in low volumes, it is being subjected to Aston Martin’s stringent and exhaustive testing protocols, with the dedicated WAE team working closely alongside Aston Martin personnel to ensure every aspect of the prototype test programme follows the marque’s established procedures. Uniquely, customers will be an extended part of the ongoing Rapide E programme, with their comments and driving experiences providing an invaluable stream of feedback that will help shape and improve future Aston Martin EVs. In addition to WAE, the Rapide E programme enjoys the support of other technical partners including Hyperbat Limited – a new joint venture company between Williams Advanced Engineering and Unipart Manufacturing Group – as the battery manufacturer, Integral Powertrain Technologies for the electric motors, Xtrac for the transmission and the H1PERBAT project consortium with grant funding from the Advanced Propulsion Centre. Speaking of the Rapide E programme, Andy Palmer, CEO Aston Martin, commented: “Environmental responsibility and sustainability is a global challenge faced by us all. As a career automotive engineer, I’m proud that the car industry is leading the way in finding long-term solutions and reducing harmful emissions. As Aston Martin’s CEO, I take particular satisfaction working with Williams Advanced Engineering and our other associated technology partners to bring Rapide E to reality. As our first all-electric production model, Rapide E will fast-track our knowledge and help us ensure the character and high-performance capabilities of our future EV models and enhance the unique qualities found in all Aston Martins as we know them today. Rapide E will also serve as a critical step on our path to re-launching Lagonda as the world’s first zero-emission luxury marque”. Rapide E will be built at the upcoming St. Athan production facility, announced as the future ‘Home of Electrification’ for both the Aston Martin and Lagonda brands. Aston Martin is accepting expressions of interest via its global dealership network, with pricing available on application. Customer deliveries are set for Q4 2019. View full article

How do you celebrate 50 years since the introduction of the original COPO Chevrolet Camaro drag car? If you're Chevrolet, you unveil a concept COPO Camaro with an electric powertrain. Today at the SEMA show in Las Vegas, Chevrolet introduced the eCOPO Camaro Concept. Developed with pioneering electric drag racing team Hancock and Lane Racing, the eCOPO uses an electric motor providing 700 horsepower and 600 pound-feet of torque. Chevrolet estimates that the eCOPO can do the quarter-mile in nine seconds. Beginning with a standard COPO Camaro, the V8 engine is swapped for an electric motor assembly comprised of two BorgWarner HVH 250-150 motors. This teamed with a Turbo 400 automatic transmission. In the trunk resides an all-new 800-volt battery pack that allows for "a more efficient power transfer to the electric motor and supports faster recharging." The battery pack is arranged in such a way to allow for a 44/56 front-to-rear weight ratio. What makes the eCOPO concept unique is the electric motor "has the same bell house mounting pattern and crankshaft flange" as Chevrolet's LS family of engines. This means you could swap the standard V8 engine for an electric powertrain without having to change other driveshaft components. “The possibilities are intriguing and suggest a whole new world for racers. Chevrolet pioneered the concept of the high-performance crate engine right around the time the original COPO Camaro models were created, and the eCOPO project points to a future that could include electric crate motors for racing, or even your street rod. We’re not there yet, but it’s something we’re exploring,” said Russ O’Blenes, director, Performance Variants, Parts and Motorsports at General Motors. H/T to @67impss for letting us know about the eCOPO Gallery: Chevrolet eCOPO Camaro Concept Source: Chevrolet eCOPO Camaro Race Car Concept Electrifies Drag Racing LAS VEGAS — Fifty years after the original COPO Camaro special order performance models were introduced, Chevrolet’s eCOPO Camaro Concept demonstrates an electrified vision for drag racing. Developed by General Motors and built in partnership with the pioneering electric drag racing team Hancock and Lane Racing, the concept race car — based on the 2019 COPO Camaro — is entirely electric powered, driven by an electric motor providing the equivalent of more than 700 horsepower and 600 lb-ft of torque. Chevrolet estimates quarter-mile times in the 9-second range. Testing is ongoing. “The eCOPO Concept is all about where we go in the future with electrification in the high performance space,” said Russ O’Blenes, director, Performance Variants, Parts and Motorsports at General Motors. “The original COPO Camaro program was all about pushing the envelope, and this concept is an exploration with the very same spirit.” Chevrolet partnered with Hancock and Lane Racing not only because of the team’s success in NHRA drag racing, but also its involvement with Patrick McCue, the driving force behind the record-holding “Shock and Awe” electric drag racing car, and his Seattle-area Bothell High School automotive technology program. With the racing team’s assistance, more than a dozen students participated in the development and assembly of the electrified drag car. “This project exemplifies Chevrolet and General Motors’ commitment to engaging young minds in STEM education,” said O’Blenes. “It also represents our goal of a world with zero emissions, with the next generation of engineers and scientists who will help us get there.” 800 volts Just as the original 1969 COPO Camaro models relied on creative engineering to make them successful in Stock Eliminator drag racing, the eCOPO breaks new ground with its unique motor and GM’s first 800-volt battery back. The electric motor is based on a pair of BorgWarner HVH 250-150 motor assemblies, each generating 300 lb-ft of torque, and replaces the gas engine. It is connected to a conventional racing-prepared “Turbo 400” automatic transmission that channels the motor’s torque to the same solid rear axle used in the production COPO Camaro race cars. The all-new 800-volt battery pack enables a more efficient power transfer to the electric motor and supports faster recharging, which is important for the limited time between elimination rounds in drag racing. “Eight hundred volts is more than twice the voltage of the battery packs in the production Chevrolet Volt and Bolt EV, so the eCOPO pushes into new technological territory,” says O’Blenes. “As GM advances its electrification leadership, a big step might just come from the drag strip.” The battery pack is composed of four 200-volt modules, each weighing approximately 175 pounds, mounted strategically in the car for optimal weight distribution. Two are located in the rear seat area and the other two are in the trunk: one in the spare tire well and the other in the area over the rear axle. A full Battery Management System monitors all critical voltages and temperatures within the pack. It ties into a comprehensive safety system that continuously evaluates all vehicle electrical components for proper function and safe operation. The batteries in the rear compartment are sealed off from the interior and an integrated driveshaft tunnel has been added between the modules for increased protection. Additionally, the roll cage in the trunk area has been expanded to provide additional protection for the rear-mounted modules. With the modules’ strategic positions, the eCOPO Camaro has greater than a 56 percent rear-weight bias, which helps launch the car more efficiently. Electric crate motors The eCOPO Camaro Concept expands Chevrolet and General Motors’ electrification development and supports future product development. It also suggests a potential new avenue for Chevrolet’s crate engine and performance parts portfolio. The eCOPO Camaro’s electric motor has the same bell house mounting pattern and crankshaft flange as the popular LS-family engines in Chevrolet’s crate engine portfolio. That allows it to bolt up to just about any General Motors transmission. In fact, the transmission, driveshaft and other drivetrain components remain in the same locations as in a gasoline-powered COPO Camaro race car, meaning the electric motor simply bolts into the engine compartment in place of the gas engine. “The possibilities are intriguing and suggest a whole new world for racers,” said O’Blenes. “Chevrolet pioneered the concept of the high-performance crate engine right around the time the original COPO Camaro models were created, and the eCOPO project points to a future that could include electric crate motors for racing, or even your street rod. We’re not there yet, but it’s something we’re exploring.” In the meantime, Chevrolet and Hancock and Lane Racing will continue to develop the eCOPO Camaro and test it on the drag strip, seeking quicker elapsed times with all-new technology. The eCOPO Concept, shown in Electric Blue, joins the 50th anniversary 2019 COPO Camaro production race car and approximately two dozen additional Chevrolet concepts and show vehicles at the SEMA Show in Las Vegas through Nov. 2. View full article

The next-generation Jaguar F-Type is expected to arrive in 2021 and according to a report from Autocar, the company is deciding what powertrains should go into it. One option being considered is going with a fully electric powertrain. This would allow designers to push the boundaries of the next F-Type's design. Going electric would also allow for a lower center of gravity if Jaguar was able to mount the batteries below the floor. It is unclear how much power could be on tap, but we would expect a noticeable increase to the 197 horsepower electric motors used in the i-Pace. Another powertrain up for consideration is a V8 sourced from BMW. Codenamed Project Jennifer, the V8 in question is a 4.4L twin-turbo producing 640 horsepower and 600 pound-feet of torque - allowing the F-Type to challenge the most powerful Porsche 911s. Why is Jaguar sourcing a V8 from BMW and not developing its own? Blame falling V8 sales. Of course, there is the option of offering both gas and electric powertains. While that would limit design freedom by just going with an electric powertrain only, it would widen the appeal of the F-Type. One item that is certain is the platform. Autocar reports that the next F-Type will use an aluminum-intensive platform that will help reduce weight and make the interior slightly more spacious. It could also allow Jaguar to build a successor to the XK, something we reported back in May. Source: Autocar View full article

Jaguar Land Rover has already announced plans to begin electrifying their lineups beginning in 2020, but Jaguar could be going one step further. Autocar reports that the management is considering making Jaguar an EV-only brand within the next decade. Plans have already been drawn up for a strategy that would see Jaguar phase out its conventional lineup with fully electric models over the next five to seven years. Here is the gist of the strategy, A fully-electric sedan would replace the XJ sedan in two-years time. This model will take on the likes of the Tesla Model S and Porsche's upcoming Taycan. The XE and XF will be replaced by a new electric crossover that will be similar in size to Audi's e-tron crossover (possibly taking the place of the F-Pace) by 2023. 2025 would see the E-Pace replaced by the next-generation I-Pace. The upcoming large J-Pace crossover will be the sole conventional model until 2027 when an electric replacement debuts. There is talk about an electric sports car taking the place of the F-Type. It is quite the gamble that JLR is considering for the brand. But it one the brand is seriously considering for two reasons. One is that Jaguar sales have been floundering due partly to lineup having more sedans than crossovers, along with being heavily dependent on diesel. The other is that it would allow Jaguar to jump ahead of the likes of Audi and Mercedes-Benz with electric vehicles. Remember, Jaguar already has their EV on sale, while Audi and Mercedes-Benz are in the process of launching theirs. Source: Autocar View full article

Mercedes-Benz is the next luxury automaker out the gate with their first electric vehicle, the 2020 EQC. This is the first model in Mercedes' EQ (short for Electric Intelligence) sub-brand that is expected to have 10 models by 2025. The exterior looks a bit like a GLC crossover brought from the future. The overall shape and dimensions of the EQC are similar to the GLC. Up front is where most will decide wether they like it or not with a large emblem that lights, two grille styles, black material running around the outer edges, and boomerang-shaped headlights. Inside, the EQC is recognizable as a Mercedes with a similar dash design and dual rectangular 10.25-inch media displays. A rose gold finish on the trim is available on the the Electric Art trim. The Mercedes MBUX infotainment system has some features that are exclusive to the EQC such as a navigation system that can figure out a route to maximize range and the ability to set charging times. Under the skin, the EQC follows the template of other electric vehicles by using a dual motor layout and a 80 kWh lithium-ion battery pack. Mercedes says the electric motor on the front axle is set up for economy - this will provide the power for most situations. The motor on the back axle "adds sportiness." Total output is rated at 402 horsepower and 564 pound-feet of torque. The dual-motor layout also brings forth all-wheel drive traction. Mercedes estimates that that EQC can travel 200 miles on a full charge, disappointing when you consider the Jaguar I-Pace can travel 250 miles - although the Jaguar has a larger 90 kWh battery pack. (UPDATE: Mercedes-Benz has told The Verge that the 200 mile range mentioned in the press releases is wrong. It is now citing a range of about 450 km, about 280 miles. We should note this figure is based on the NEDC standard, which tends to be more optimistic than the EPA standard.) No timeframe was given on how long it takes to recharge the EQC on a home charger. Mercedes does say that on 150-kW DC charger, the EQC's battery only needs 40 minutes to get an 80 percent charge. Sales of the EQC begin next year in Europe, while the U.S. has to wait until 2020. Source: Mercedes-Benz The new Mercedes-Benz EQC The Mercedes-Benz among electric vehicles The highlights Mercedes-Benz is flipping the switch. The new EQC is … … The first Mercedes-Benz under the product and technology brand EQ EQ stands for "Electric Intelligence" It is derived from the Mercedes-Benz brand values of "Emotion" and "Intelligence" The EQC is part of a growing family of all-electric vehicles from Mercedes-Benz Conceived to meet all the requirements for a battery-electric drive system Convincing in the sum of its attributes with respect to Mercedes-Benz comfort, quality and operating range An estimated electric range of around 200 miles … Progressive in design Pioneer of an avant-garde electric look Progressive luxury design points the way to the future Large black-panel surface as a striking front feature Optical fibers as a visual link to the torch-like daytime running lamps Sporty, stretched silhouette Innovative interior design inspired by the world of consumer electronics … Excitingly dynamic A dual motor electric drivetrain at each axle, with a combined output of 402 horsepower Superior and confident driving characteristics of an all-wheel drive vehicle Various driving modes with different characteristics Battery recuperation can be adjusted as the customer requires, using gearshift paddles behind the steering wheel. In "D Auto" mode, the EQC can adapt recuperation according to the traffic ahead with the aid of ECO Assist … The Mercedes-Benz among electric vehicles Latest-generation driving assistance systems including Active Distance Assist DISTRONIC and Active Steering Assist Extensive crash test programs, meeting strict Mercedes-Benz requirements Stringent additional tests completed for the battery and all components carrying electrical current Pre-climatization for a comfortable cabin upon arrival in all temperatures Extremely quiet interior Trailblazing MBUX multimedia system - Mercedes-Benz User Experience with numerous EQ-specific functions Integration into ongoing series production at the Mercedes-Benz plant in Bremen Battery produced by the Daimler subsidiary Deutsche ACCUMOTIVE … More than just a car, and a symbol of a new era of mobility Comprehensive services for electric mobility for today and tomorrow Relaxed, uncomplicated travel with transparency and planning certainty Dialogue with visionaries, business people and opinion leaders in the "EQ Community" New event formats "EQ Dinner" and "EQ Nights" Entry into Formula E for the 2019/2020 season It was at the 2016 Paris Motor Show that Mercedes- Benz first presented its new product and technology brand for electric mobility. In mid-2019, the EQC will be the first Mercedes-Benz vehicle to be launched globally under the EQ brand. With its seamless, clear design, it is a pioneer for an avant-garde electric look while representing the design idiom of Progressive Luxury. With respect to quality, safety and comfort the EQC is the Mercedes-Benz among electric vehicles, and highly convincing in the sum of its attributes. These are accompanied by dynamic performance, thanks to two electric motors at the front and rear axles with a combined output of 402 horsepower. A sophisticated operating strategy enables an estimated electric range of around 200 miles (preliminary estimate). EQ also offers comprehensive services with Mercedes me connect, which makes electric mobility convenient and suitable for everyday driving. The EQC also symbolizes the start of a new mobility era at Daimler. The EQC will celebrate its World Premiere in Stockholm on September 4, 2018 and will go on sale in the U.S. in 2020. As the first Mercedes-Benz model under the new product and technology brand EQ, the Mercedes-Benz EQC has many trailblazing design details and color highlights typical of the brand. Both inside and out, the EQC embodies the design idiom of Progressive Luxury. This arises from the combination of digital and analogue elements as well as the seamless merging of intuitive and physical design. By virtue of its muscular proportions, the EQC is classed as a crossover SUV. The extended roofline and window layout with a low shoulderline and the coupe-like roof visually position it between an SUV and an SUV coupe. A striking feature at the front is the large black-panel surface combining the headlamps and grille. For the first time, the black panel is bordered at the top by an LED Light Band as a visual link between the torch-like daytime running lamps. At night, this creates an almost uninterrupted, horizontal light band. The high-quality interior of the EQC also pioneers an avant-garde electro-look. One example is the louvered edges of the upper dashboard and door trim which resembles the cooling fins of a hi-fi amplifier. The instrument panel is designed as a driver-oriented cockpit. The unmistakable Mercedes-Benz wing profile is asymmetrical, with a "cut-out" in the driver area. This is where one of the visual highlights of the cockpit is located - a high-tech, high gloss housing with rectangular air vents with key-shaped, rose-gold colored louvres. Powertrain: Dynamic performance meets efficiency As the first Mercedes-Benz model to be launched under the new product and technology brand EQ, the EQC features an all-new drive system development with compact electric drivetrains at each axle. These give the EQC the confident and dynamic driving characteristics of an all-wheel drive vehicle. To reduce power consumption, the electric drivetrains are configured differently: the front electric motor is optimized for best possible efficiency in the low to medium load range, while the rear motor adds sportiness. Together, they generate an output of 402 hp and a maximum torque of 564 lb-ft. Mercedes-Benz engineers have enhanced noise comfort with a number of measures. In the EQC the powerpacks are isolated by rubber mounts at two points: where the powerpack connects to its subframe and where the subframe connects to the body. This effective isolation is supplemented with insulation measures. As a result, the interior of the EQC is extremely quiet. The lithium-ion battery, which has a usable energy content of 80 kWh supplies the vehicle with power. The power consumption and range of electric vehicles depends very much on the driving style. The EQC supports its driver with five driving programs through DYNAMIC SELECT, each with different characteristics: COMFORT, ECO, MAX RANGE, SPORT and INDIVIDUAL for an individually customizable program. In the more economical driving modes, the haptic accelerator pedal that prompts the driver to conserve power plays an important role. The driver is also able to influence the recuperation level using paddles behind the steering wheel. The ECO Assist system gives the driver comprehensive support by prompting the driver when it is appropriate to lift off the accelerator, for example when the vehicle is approaching a change in speed limit, and by functions such as coasting and specific control of recuperation. For this purpose, navigation data, traffic sign recognition and information from the intelligent safety assistants (radar and stereo camera) are linked and processed. Technical data* Estimated Range Up to 200 miles Drive system 2 asynchronous motors, all- wheel drive Rated output 402 hp Peak torque 564 lb-ft Top speed (mph) 112 mph (electronically limited) Acceleration 0-60 mph 4.9 s (est.) Battery Lithium-ion Battery capacity 80 kWh Length / width (width with mirrors) / height 187.4 / 74.2 (82.5) / 63.9 in Track width (F/R) 64.0/63.6 in Wheelbase 113.1 in *provisional data Charging: Flexible and fast As standard, the EQC is equipped with a water-cooled onboard charger (OBC) with a capacity of 7.4 kW, making it suitable for fast AC charging at home or at public charging stations. Charging at a home wallbox is up to three times faster than at a domestic power socket. It is faster still with DC charging – which is standard for the EQC – for example via CCS (Combined Charging Systems) in Europe and the USA. Depending on the SoC (status of charge), the EQC can be charged with a maximum output of up to 110 kW at an appropriate charging station. In around 40 minutes, the battery can be charged from 10 - 80 percent SoC (provisional data). The multimedia system MBUX: with EQC-specific functions The EQC features the innovative multimedia system MBUX - Mercedes-Benz User Experience - which has numerous EQ-specific functions such as the display of range, charge status and energy flow. EQ-optimized navigation, driving modes, charging current and departure time can also be controlled and set via MBUX. The MBUX touchscreen display has a special EQ menu where numerous EQ features are grouped. Alternatively the user can access the EQ menu of the MBUX system directly using a hard key in the lower left control panel. Thanks to natural language recognition, the EQ-specific voice control helps the driver to operate the EQC. Intelligent services: Relaxed travel from start to finish EQ with Mercedes me connect provides comprehensive services for the electric mobility of today and tomorrow. The most important new services and functions of the EQC planned for market launch include: Pre-entry climate control: This ensures that the vehicle interior is at the desired temperature on departure. It can be programmed directly via MBUX or via the Mercedes me connect App. A sophisticated system with a heat pump and electric heater boosters pre-climatizes the interior for optimal comfort in the cold winter or hot summer days. The EQ-optimized navigation bases its calculation on the fastest route, taking into account the shortest charging time. The route planning also responds dynamically to changes, and can take place both offboard and onboard, externally (via the Mercedes me connect App) and within the vehicle. Thanks to EQ-optimized navigation, Mercedes-Benz customers can easily find charging stations, and Mercedes me Charge gives them convenient access to the charging stations of numerous providers. Active and passive safety: EQC-specific safety concept The EQC is equipped with the latest generation of Mercedes-Benz driver assistance systems. In the Driver Assistance Package, these include new functions such as predictive speed adjustment when approaching traffic: when traffic is detected, Active Distance Assist DISTRONIC® reduces the speed as a precaution. The EQC also meets the highest requirements with respect to passive safety: in addition to the usual, extensive program of crash tests, Mercedes-Benz applies further, particularly stringent safety standards to the battery and all component parts carrying electrical current. These standards exceed legal requirements. The vehicle structure of the EQC has been adapted to suit the special requirements of the electrical components and battery, and is configured to achieve the usual high safety level. For example, a new subframe surrounds the drive components located in the front section, and this unit is supported by the usual mounting points. Mechanical protection of the battery: the high-safety design begins with the installation position of the high-voltage battery beneath the vehicle floor. The energy storage unit is surrounded by a stable frame that can absorb energy. Deformation elements are installed between the frame and the battery, and these are able to absorb additional forces in the event of a severe side impact. A battery guard in the front area of the battery is able to prevent the battery from being pierced by road debris. Electrical protection of the high-voltage system: the extensive experience of Mercedes-Benz with high-voltage drive systems has led to a multi-stage safety concept that deploys in the event of an accident. The high-voltage system automatically shuts down, according to the severity of the accident. There are also shutdown points where emergency teams can deactivate the high-voltage system manually. Testing: Endurance tests around the world By market launch, 200 prototypes and pre-production vehicles of the EQC will have covered several million miles across four continents (Europe, North America, Asia and Africa). The test program comprises more than 500 individual tests. Like all Mercedes-Benz vehicles, the EQC must pass all of the demanding test programs. There are also special tests for the electric powertrain, the battery, and the interplay of all powertrain components. In the process the test experts are able to build upon the extensive findings from their digital testing work, used to ensure both the buildability of the vehicle and for the simulation of crash behavior, aerodynamics and NVH (noise, vibration, harshness). In addition there are intensive tests on numerous test rigs at the Mercedes-Benz Technology Center in Sindelfingen. The ratio between digital and real testing is roughly 35 to 65 percent. Production: Preparations in full swing in the Bremen plant Production of the EQC will start in 2019 at the Mercedes-Benz plant in Bremen. The new EQC will be integrated into ongoing series production as a fully electric vehicle, and the very latest production technologies will be employed. In typical series production, the joining of the powertrain to the body is called the "marriage." One decisive innovation is the battery-joining center where the EQC undergoes a second "marriage" following installation of the two electric motors in the bodyshell. This is where the EQCs are equipped with a battery for the first time. The body is suspended from a C-carrier and deposited on a frame. Support arms raise the battery to the vehicle's floor from below, and an employee monitors the automatic bolting in place. In parallel with this, production of our own batteries for the EQC is coming on stream at the expanded battery plant in Kamenz (near Dresden) Germany. View full article

Mercedes' is planning to have 10 fully-electric models by 2022 - a mix of electric models for current nameplates and new models as part of the EQ family. We've already seen the EQ C crossover and the EQ A hatchback is waiting in the wings. A new report from Autocar has revealed some details on the EQ S, the flagship model of the EQ family. The EQ S is expected to launch in 2020 and be first model to use a dedicated EV platform. Known as MEA2, the platform features a lot of aluminum and is designed with a fully flat floor. The EQ C and and EQ A use modified versions of current Mercedes models: MQ C uses a variation of the GLC's platform, and the EQ A will be based on a revised version of the A-Class platform. According to source, the EQ S will slot between the E and S-Class, and be similar in size to the CLS-Class. The EQ S will have a "shorter bonnet and ultra-short overhangs" to help maximize interior space. Power is expected to come from a dual-motor layout - one mounted on each axle. The EQ C has a similar layout and produces 402 horsepower and 564 pound-feet of torque. We would expect something similar for the EQ S. Source: Autocar View full article

Back in December, we reported that Audi had no plans on introducing a third-generation R8 sports car due to slow sales. But a new report says Audi is moving forward with the next-generation R8 and is planning to make it electric. According to Autocar, plans for the next-generation R8 were unshelled as the automaker is planning to build out a range of all-electric models for their e-tron sub-brand. An electric supercar would be an excellent way to cap off the lineup. The model is expected to take some ideas from the PB18 concept shown last month at Pebble Beach. Autocar speculates the model could produce up to 1000 horsepower from its electric motors (the report doesn't say how many motors). Production could begin at the company's Neckarsulm, Germany in 2022. Source: Autocar View full article

When Jaguar announced plans to begin electrifying all of their models beginning in 2020 last fall, one of the models they showed off was the E-Type Zero electric car. Done by JLR's Classic division, the Zero swaps the gas engine for an electric powertrain. The rest of the model is original including the suspension and brakes. Jaguar says the concept has a range of 170 miles and can hit 62 mph in 5.5 seconds. At the time, Jaguar said they would offer the conversion if there is enough demand. Fast forward to this week and Jaguar is moving forward with E-Type Zero. "We’ve been overwhelmed by the positive reaction to the Jaguar E-type Zero concept. Future-proofing the enjoyment of classic car ownership is a major stepping stone for Jaguar Classic. E-type Zero showcases the incredible heritage of the E-type, and the expertise and craftsmanship at Classic Works, while demonstrating Jaguar Land Rover’s dedication to creating zero emission vehicles across every part of the business, including Jaguar Classic,” said Tim Hannig, Jaguar Land Rover Classic Director in a statement. Changes for Zero begin with inline-six cylinder engine being swapped for a 40-kilowatt-hour lithium-ion battery, and a electric motor taking the place of the gearbox. A new prop shaft sends power to the rear-wheels. The interior gets a digital instrument cluster and an optional infotainment display. Jaguar says that the conversion is fully-reversible due in part to the vehicle's structure not being altered. Jaguar is taking orders for the E-Type Zero right now and deliveries are expected to begin in 2020. No word on pricing, but we're expecting it will cost a lot. Source: Jaguar E-LECTRIC! JAGUAR CLASSIC WILL BUILD ZERO-EMISSIONS E-TYPES Zero-emissions conversions for iconic sports car get production go-ahead Production follows successful debut of E-type Zero concept in 2017 Latest concept to make US debut at California’s Monterey Car Week Prospective clients invited to contact Jaguar Classic with expressions of interest via: zero@jaguarlandrover.com / +44 (0) 203 601 1255 / www.jaguar.com/classic Ryton-on-Dunsmore, 24 August 2018 - Following an overwhelmingly positive reaction to the original concept for ‘the most beautiful electric car in the world’, Jaguar Classic has confirmed it will offer all-electric E-types for sale. The news follows the iconic EV sports car’s successful debut in concept form at Jaguar Land Rover Tech Fest in September 2017. Combining its restoration expertise with cutting-edge technology from the Jaguar I-PACE, the award-winning zero-emissions performance SUV, Jaguar Classic will offer tailor-made E-types restored and converted to electric power at the same Classic Works facility as its outstanding E-type Reborn restorations in Coventry, UK. An EV conversion service for existing E-type owners will also be offered. To preserve the authenticity of the base vehicle, the EV conversion will be fully reversible. We’ve been overwhelmed by the positive reaction to the Jaguar E-type Zero concept. Future-proofing the enjoyment of classic car ownership is a major stepping stone for Jaguar Classic. “E-type Zero showcases the incredible heritage of the E-type, and the expertise and craftsmanship at Classic Works, while demonstrating Jaguar Land Rover’s dedication to creating zero emission vehicles across every part of the business, including Jaguar Classic,” Tim Hannig, Jaguar Land Rover Classic Director. Technical specifications and pricing details will follow, but Jaguar Classic is now taking expressions of interest from potential E-type Zero clients. Deliveries of the first electric E-type vehicles are expected to start from summer 2020. Jaguar E-type Zero concept The Jaguar E-type Zero concept not only drives and looks like an E-type, it also offers outstanding performance, with quicker acceleration than the original Series 1 E-type. Jaguar Classic is targeting a range in excess of 170 miles for all-electric E-types, helped by the car’s low kerb weight and sleek aerodynamics. The concept is powered by a 40kWh battery, which can be recharged in six to seven hours, depending on power source. Apart from its state-of-the-art powertrain, modified instrumentation and fascia showcasing the latest touchscreen infotainment (which will be available as an option), the E-type Zero concept is largely original. Efficient LED headlights complement the iconic Series 1 design. An electric powertrain with single-speed reduction gear has been specially designed for the E-type, utilising many Jaguar I-PACE components. Its lithium-ion battery pack has the same dimensions, and similar weight, to the standard E-type’s six-cylinder petrol XK engine and is in the same location. The electric motor lies just behind the battery pack, in place of the E-type’s gearbox. A new propshaft sends power to a carry-over differential and final drive. Using an electric powertrain with similar weight and dimensions to the outgoing petrol engine and transmission means the car’s structure, including suspension and brakes, has not changed, simplifying the conversion and keeping the driving experience in line with the original vehicle. It drives, handles, rides and brakes like an original E-type with front-rear weight distribution unchanged. The latest iteration of the E-type Zero concept, finished in a Bespoke Bronze paint finish, will give the car its US debut at The Quail: A Motorsports Gathering on Friday 24 August. View full article

There have been some rumors floating around for the past couple of years that BMW was planning to offer a 3-Series with a fully electric powertrain. Some new spy shots reveal that may come to fruition. At first glance, this looks like a normal 3-Series sedan. But on the front doors, there is a label that reads "Electric Test Vehicle". BMW has also tried to disguise the fact this is an electric by attaching tailpipes, but the spy photographer says its a pure EV. Not much is known about the electric powertrain or batteries. This mule was seen testing with a Tesla Model 3, suggesting that BMW sees it a direct competitor to the 3-Series EV. To do that, the model would need a range of over 200 miles. But sources at BMW tell Motor Trend that the range could be as close to 300 miles. We do know the next 3-Series will transition the CLAR platform that uses a combination of steel, aluminum, and carbon fiber. It also looks like that the design will not change that much from the current model. The next 3-Series is expected to debut at the Paris Motor Show in October. Whether we see the EV version is unclear. Source: Motor Trend View full article

It was thought for a time that Volvo's first electric vehicle would be a compact hatchback that took some design ideas from the Concept 40.2. Then we heard that the XC40 would be the first electric vehicle. Now we have gotten some clarification. “It’s not a secret any more that the first full electric Volvo is on its way with the XC40 coming. It will arrive very soon after the Polestar 2. That is the first to come that’s not exotic. We’ll start with XC40 and then on it will come step after step into our model range. The next car will be the next-generation XC90," said Volvo design chief Thomas Ingenlath. The Polestar 2, a midsize sedan is expected to go into production in 2019. That puts the launch of the XC40 EV sometime in 2020 or so. Ingenlath said Volvo would only produce electric versions of the current lineup, not build out new models like other automakers. Polestar will handle build electric models that stand out. "To look at new formats, new bodystyles and non-traditional elements, we founded Polestar to take care of that end of the scope. We developed that strategy: full electrification of the Volvo range, making it a natural part of the offer, and at the same time developing new, unconventional elements in the Polestar brand." Source: Autocar View full article

Last week, we brought you news that Bentley is planning to catch up on the electrification trend that a number of other automakers are ahead on. We now have some possible details as to some of their plans. The next-generation Flying Spur, due out towards the end of the year could be the second Bentley model to be offered with a hybrid powertrain. "Obviously Bentayga is our highest volume car so that’s the first one we have to hybridise. The next volume car is probably going to be the saloon car, so if you wanted a second car just for compliance, then that would normally be the next selection," said Bentley CEO Adrian Hallmark to Autocar. Hallmark said "possibly" when asked if said sedan could be the Flying Spur. He said a decision would come in the next six months. Then there is the successor to the Mulsanne. Autocar has learned that Bentley is debating whether or not they will do "a like-for-like replacement" to the current Mulsanne or something else. One possibility is to make the replacement a pure electric vehicle as a forward-looking flagship model. This could happen if next-generation battery technology arrives before the end of the Mulsanne's production run - expected in the early 2020s. Source: Autocar, 2 View full article