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Karmas new electric hinge-winged hypercar concept goes 0 to 60 mph in 1.9 seconds

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Karma Automotive took the wraps off Tuesday of a new electric concept car called the SC2 that produces a heart-thumping 1,100 horsepower and can travel from 0 to 60 miles per hour in 1.9 seconds.

The concept is a showpiece and an integral part of the Chinese-backed California-based startup’s new strategy to become a technology and design incubator that supplies other automakers.

Karma Automotive also unveiled Tuesday at Automobility LA, the press and trade days of the LA Auto Show, a performance variant of its Revero GT. The new Revero GTS is similar to the Revero GT, but boasts more performance and several other new interior and tech touches.

Meanwhile, the SC2 — with its eye-popping looks and performance specs — is meant to be show what Karma can do, not necessarily what it will do.

Karma CEO Lance Zhou called the SC2 a “signpost” to the company’s future as a technology-driven brand. It also previews the company’s future design language.

“Our open platform serves as a test bed for new technologies and partnerships, where we are to provide engineering, design, technology and customization resources others,” Zhao said.

The nuts and bolts

The battery-electric concept has front and rear mounted twin electric motors that deliver 800 kW peak power, with 10,500 pound-feet wheel torque and 350 miles of pure electric range. The I-shaped 120 kilowatt-hour battery is housed in the center tunnel beneath the dashboard and seats.

The vehicle has carbon ceramic breaks, a push-rod operated racing suspension and a Karma torque vectoring gearbox.

The hinge-winged doors aren’t the only flashy or tech-forward features. The concept has long-range radars, cameras, and FMCW lidar sensors in a nod towards an autonomous driving future.

Karma

Drivers will theoretically (this is a concept after all) enter the vehicle through fingerprint and facial recognition sensors. Inside the vehicle, there are biometric seats and 3D audio to create individual sound zones for driver and passenger. Electro chromatic glass shifts from clear to opaque for privacy and light sensitivity.

Reliving the drive

Karma also showed a feature that lets drivers re-live their street-racing adventures through a simulation. A triple high definition camera under the windshield and frequency-modulated
continuous wave lidar sensors capture of the car in motion. At the same time, software captures in real-time all of the turns, braking and acceleration of driving.

After the drive, an adaptive laser projector replays the journey while the vehicle is parked. A mounted smartphone acts as the cabin’s rear-view mirror and turns it into a driving simulator where the user can re-experience their drive and fine-tune their skills.

And of course, drivers can then share that experience with others or stream drivers’ routes from
around the world within their own vehicles.

SC2’s technology can be integrated into a variety of future vehicles, according to Andreas Thurner, Karma’s vp of global design and architecture.

And that’s the whole point of this exercise. It’s unlikely that the SC2 will ever be made as a production vehicle. But the tech and design features in it could live on.

Karma Automotive’s roots began with Fisker Automotive, the startup led by Henrik Fisker that ended in bankruptcy in 2013. China’s Wanxiang Group purchased what was left of Fisker in 2014 and Karma Automotive was born.

Karma hasn’t had the smoothest of resurrections. The company’s first effort, known as the Revero, wasn’t received warmly. The Revero GT has been an improved effort. However, that hasn’t relieved the pressure.

The company laid off about 200 workers this month from its Irvine, Calif. headquarters following a restructuring that will focus on licensing its technology to other carmakers. The company’s assembly plant is in Moreno Valley, Calif.

This new incubator effort is an effort to bring some stability to the company and help it offset the capitally intensive business of designing and producing its own cars.

Read more: https://techcrunch.com/2019/11/19/karmas-new-electric-hinge-winged-hypercar-concept-goes-0-to-60-mph-in-1-9-seconds/

Automotive

Elon Musk on road to $50bn payout as Tesla’s value passes $100bn

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Under pay scheme, founder must build electric carmaker into $650bn company by 2028

The Tesla founder, Elon Musk, has taken the first step to becoming $50bn (38bn) richer after the value of the electric car company surged past $100bn.

Musk, already a multibillionaire with a net worth estimated at about $30bn, secured approval in 2018 for a pay deal that would dwarf existing records for renumeration if it was paid out in full.

Under the scheme corporate governance experts have described as staggering, Musk must build Tesla into a $650bn company over the next 10 years.

Hitting this landmark would make Tesla one of the worlds most valuable tech companies worth more than seven times the combined value today of automotive powerhouses Ford and General Motors .

Provided Tesla also hits ambitious revenue and profit targets, and assuming Musk remains its chief executive, such growth would also trigger payments in stock worth about $50bn over the course of the scheme.

At the time the deal was agreed in March 2018, Tesla was valued by the stock market at $54.6bn. Its share price has nearly doubled since then, breaking the $100bn barrier on Wednesday.

Improved sentiment about Tesla on Wall Street is partly down to a surprise third-quarter profit of $143m, which bolstered hopes that the company could end its habit of making significant losses.

If Musk can keep the stock market value at above $100bn on average over the next six months, he will be entitled to the first of up to 12 stock payouts, worth around $350m each.

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The pay deal is staggered so that he receives further awards for every $50bn Tesla increases in stock market value, up to a maximum of $50bn in shares if the company achieves a valuation of $650bn by 2028.

That is still some way behind trillion-dollar companies such as Apple, the first to reach the Wall Street milestone, and Googles parent company, Alphabet.

Tesla supporters have argued that the way the pay plan is structured will help keep Musk focused on the company at a time when he is also increasingly involved in SpaceX, his space exploration company, and other ventures.

Read more: https://www.theguardian.com/technology/2020/jan/22/elon-musk-on-road-to-50bn-payout-as-teslas-value-passes-100bn

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A Move to Make Auto-Safety Features Speak the Same Language

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Pop quiz! What’s the difference between Automatic Emergency Braking, Collision Imminent Braking, Autonomous Emergency Braking, Collision Intervention, Autonomous Braking, and a Dynamic Brake System?

Trick question: nothing. All six of those terms have been used by important auto industry organizations—regulators at the US Department of Transportation, standards developers at SAE International, and influential research organization Thatcham Research—to describe automatic emergency braking systems. If your car comes equipped with Automatic Emergency Braking, it should be able to detect a potential collision in front of the car and automatically apply the brakes to avoid it, or at least to cushion the blow.

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Last week, the Transportation Department said it would join an effort to get everyone in the auto industry, including safety advocates, regulators, manufacturers, suppliers, dealers, and of course drivers themselves, on the same page, language-wise. “We want to make sure that drivers are aware that these systems are designed to ‘assist,’ not replace an engaged driver,” Secretary Elaine Chao told an annual research conference in Washington, DC.

The DOT endorsed a standardized list of advanced driver-assistance terminology, released late last year by the National Safety Council, AAA, Consumer Reports, and JD Power, the automotive marketing research company. The list clarifies, for example, that even when using “Active Driving Assistance” features (like General Motors’ Super Cruise, Audi’s Traffic Jam Assist, or Tesla’s Autopilot), the “driver is responsible for the primary task of driving.” Translation: Keep your eyes on the road! Some sort of advanced driver-assistance feature is available on almost all new cars sold in the US.

If you’re confused by the way your car’s new tech works, you are far from alone. Research suggests that people wildly overestimate the effectiveness of driver-assistance features. Thatcham Research surveyed 1,500 people in seven countries in 2018 and found that 70 percent believed you could buy an autonomous car, and 11 percent would be tempted to nap, watch a movie, or read the paper while using a driver-assistance feature. (Do! Not! Do! That!) Undercover researchers with MIT found in 2017 that not all car dealers accurately describe new features’ abilities or limitations to customers. Studies by the Insurance Institute of Highway Safety suggest many drivers don’t understand the range of features like adaptive cruise control, which can adjust vehicle speed when it detects another vehicle ahead. The research also suggests that, without specific instruction, drivers can’t actually tell when a feature like lane-keeping assistance is actually on.

An industry review by AAA found that automakers selling in the US use at least 20 different brand names to market adaptive cruise control; there were 19 names for blind-spot warning systems.

But advanced assistance features also make driving much safer, which is why advocates say it’s important to make sure people understand how they work. Another IIHS study compared police-reported crash data and insurance claims from cars with crash-avoidance tech to those without, and found that cars with forward-collision warning are involved in 27 percent fewer front-to-rear crashes than those without the feature; those with forward-collision warning and automatic emergency braking are in 50 percent fewer crashes.

(What’s forward-collision warning? The document endorsed by the DOT defines it as a system that “detects impending collision while traveling forward and alerts [the] driver. Some systems include pedestrian or other object detection.”)

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Having DOT on board with the new definitions won’t by itself fix the industry’s vocab issues, or solve its wide-ranging consumer education issues. The most important players, the automakers who devise and market the names, were absent from the DOT announcement. The Alliance for Automotive Innovation, which represents the automakers that produce almost 99 percent of light-duty vehicles sold in the US, did not respond to requests for comment.

The Feds are working on performance standards for the tech, and their endorsement suggests their language might be consistent within its regulations. “Hopefully we get some commonality when the automakers start complying with those standards,” says Greg Brannon, the director of automotive engineering and industry relations at AAA. He says his and other groups pushing for more harmonization aren’t trying to get carmakers to nix their unique marketing of these features altogether. But wouldn’t it be nice if, say, Jeep were to clearly label its LaneSense Lane Departure Warning-Plus system a “Lane-Keeping Assistance” feature?

“Unfortunately, there's usually a pretty big gap between the marketing and engineering departments,” Brannon says.


Read more: https://www.wired.com/story/auto-safety-features-speak-same-language/

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Waymos self-driving trucks and minivans are headed to New Mexico and Texas

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Waymo said Thursday it will begin mapping and eventually testing its autonomous long-haul trucks in Texas and parts of New Mexico, the latest sign that the Alphabet company is expanding beyond its core focus of launching a robotaxi business.

Waymo said in a tweet posted early Thursday it had picked these areas because they are “interesting and promising commercial routes.” Waymo also said it would “explore how the Waymo Driver” — the company’s branded self-driving system — could be used to “create new transportation solutions.”

Waymo plans to mostly focus on interstates because Texas has a particularly high freight volume, the company said. The program will begin with mapping conducted by Waymo’s Chrysler Pacifica minivans.

The mapping and eventual testing will occur on highways around Dallas, Houston and El Paso. In New Mexico, Waymo will focus on the southern most part of the state.

Interstate 10 will be a critical stretch of highway in both states — and one that is already a testbed for TuSimple, a self-driving trucking startup that has operations in Tucson and San Diego. TuSimple tests and carries freight along the Tucson to Phoenix corridor on I-10. The company also tests on I-10 in New Mexico and Texas.

Waymo, which is best known for its pursuit of a robotaxi service, integrated its self-driving system into Class 8 trucks and began testing them in Arizona in August 2017. The company stopped testing its trucks on Arizona roads sometime later that year. The company brought back its truck testing to Arizona in May 2019.

Those early Arizona tests were aimed at gathering initial information about driving trucks in the region, while the new round of truck testing in Arizona marks a more advanced stage in the program’s development, Waymo said at the time.

Waymo has been testing its self-driving trucks in a handful of locations in the U.S., including Arizona, the San Francisco area and Atlanta. In 2018, the company announced plans to use its self-driving trucks to deliver freight bound for Google’s  data centers in Atlanta.

Waymo’s trucking program has had a higher profile in the past year. In June, Waymo brought on 13 robotics experts, a group that includes Anki’s  co-founder and former CEO Boris Sofman, to lead engineering in the autonomous trucking division.

Read more: https://techcrunch.com/2020/01/23/waymos-self-driving-trucks-and-minivans-are-headed-to-new-mexico-and-texas/

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