Tesla’s Q3 2014 earnings report had a few pluses (record deliveries of the Model S, high demand for the D trim sedans) and minuses (the third delay of the Model X, removal of brown and green from the Model S palette). The biggest minus, however, was its bottom line: A net loss of $75 million in GAAP income.
With the highway mostly conquered, autonomous vehicles now must navigate the cities through which they would otherwise pass by, a challenge unto itself with few proving grounds available for research.
Mercedes-Benz, however, happened upon a solution not too far from its R&D base in Sunnyvale, Calif.
One of the main roadblocks to wide adoption of EVs is how quickly the battery can be fully charged. While Tesla’s Supercharger could put a Model S P85D back on the road in 30 minutes to an hour, a Dodge Charger Hellcat can pull up to and away from the pump in three minutes, barring a run inside the 7-Eleven for a cup of coffee and a couple of donuts.
That roadblock may come down sooner than later, thanks to researchers at Singapore’s Nanyang Technology University.
Though carbon fiber is being used more extensively in new vehicles, the high costs associated with building a vehicle out of the material have kept it to the likes of the Lexus LFA and BMW i Series. This could soon change, however.
BMW has teamed up with the Google of China, Baidu, to begin work on automated driving trials in Beijing and Shanghai.
As companies like Google, Tesla and Uber seek to reshape the auto industry in their own ways, more automakers and suppliers are beating a path toward Silicon Valley and the Center for Automotive Research Stanford to help adapt to the new reality.
For all of the incentives thrown in front of the upcoming Toyota Mirai, the automaker believes fueling the FCV will remain an expensive proposition in the near-term. That is, unless new hydrogen production technologies do for fuel cells what petroleum technology did the for the ICE.
Though EVs currently hold the high ground in the zero-emission vehicle market, a new report claims those vehicles will be giving ground to hydrogen in the near future.
Toyota’s global R&D head Mitsuhisa Kato has little regard for the current crop of EVs, proclaiming the technology to make them viable in his eyes has yet to be invented.
In today’s hydrogen digest: Toyota asks the National Highway Traffic Safety Administration for a two-year exemption on its FCV; the automaker banks on subsidies to help the FCV leave the showrooms at home and abroad; and ammonia may be the secret to hydrogen’s success as a fuel.
For ages, the kei car has been one of the darlings of the automotive world, owing to its tiny size and equally tiny engine (that also netted owners a smaller tax bill). Alas, Japan’s littlest cars may soon be put in a toy box destined for Goodwill as the nation’s government puts the pressure on both automakers and owners to move toward supporting bigger offerings.
With most EVs getting around 100 miles on a single charge from their battery packs, such vehicles are more suited for the downtown core than a trip to the mountains. However, Renault and LG Chem are looking toward boosting range toward Tesla-like levels, together.
The last time MG sold roadsters in the United States, Jimmy Carter was President, ABSCAM (minus the efforts of Jennifer Lawrence, Christian Bale and Bradley Cooper) entered its final phase, and CNN had newsreaders instead of “news VJs.” Should the Sino-British brand be able to assemble a roadster worthy of those 1960s and 1970s classics, however, a new MGB might board a container ship bound for the U.S. in the future.
Google’s autonomous vehicle research has come far over the five years since the Silicon Valley giant started down the road. Though more is yet be accomplished before the future comes, Google is ready to move forward with the next phase of its research work: jumping from test units into the real world.
Japan’s cadre of automakers have formed an alliance to research and develop a new generation of diesel and gasoline internal combustion engines, with the goal of delivering a 30 percent improvement in fuel efficiency by 2020.
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