1996 Jaguar Xjs 2+2 on 2040-cars

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California adapts ZEV mandate with PHEVs for smaller automakers

California is the nation's largest market for zero-emissions vehicles with over 100,000 of them estimated to be on the roads there. The state's goal is to keep that number growing every year. To that end, the California Air Resources Board is now tweaking its rules in a way that might not boost ZEVs but could mean more plug-in hybrids for the Golden State. Jaguar Land Rover, Mazda, Mitsubishi, Subaru, and Volvo asked for an exemption to the state's zero-emissions vehicle mandate last year due to their relatively small development budgets compared to larger automakers. CARB denied their request but did craft a compromise, according to Automotive News. Rather than being required to offer a ZEV in the state, companies with an annual global revenue of less than $40 billion, like those in this group, may instead sell plug-in hybrids to earn ZEV credits. The companies aren't completely off the hook, though. If these plug-in hybrids don't earn enough credits, the corporations must buy them on the market to make up the difference. Automakers with popular electric models like Nissan and Tesla have made a big business through this trading system by selling their surplus to rivals. Tesla alone pocketed $51 million in the first quarter from this part of its business, according to Automotive News. The changes to the regulations also aren't set in stone, yet. CARB is meeting in 2016 and could adjust things further at that time. Related Video: News Source: Automotive News - sub. req. via Hybrid CarsImage Credit: Justin Sullivan / Getty Images Government/Legal Green Jaguar Land Rover Mazda Mitsubishi Subaru Volvo Emissions Electric Hybrid California zev credits zero emissions vehicle

Watch 2 clay modelers build Jaguar E-Types out of plasticine

Ah, quarantine time. When put to good use, it can be a time of ingenuity and creativity — precious time given back to us, in a sense. So here are two chaps, Joe and Lucas, who work at JaguarÂ’s Design Studio, stuck at home, ready to make a couple classic E-Type models out of some plasticine. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. ItÂ’s not exactly an instructional video, since itÂ’s mostly sped-up time lapse footage with no instructional explainers. But itÂ’s meant to show us that anyone can do it. The tools they use to shape the plasticine are common household items: a rolling pin or similar cylindrical items — they use a can of hair spray — to roll out the material, a plastic spoon, potato peeler, a knife, cardboard, tinfoil and a glass of water to apply to the plasticine and make a smooth finish. As for plasticine itself, itÂ’s a modeling clay thatÂ’s similar to Play-doh except that it is oil-based, where the latter is made of flour and water. (If youÂ’re interested, hereÂ’s a video that shows you how to convert Play-doh into plasticine.) So weÂ’re shown how the designers shape the signature fender bulges, greenhouse, head- and taillights and wheels. But it frankly all goes by in a blur, and we suspect that most of us amateurs would be left with something that looks more like an undefined blog. Still, itÂ’s fun to watch. Built between 1961 and 1975, the E-Type two-seat roadster is considered one of the major icons of automotive design and part of the AUTObodies collection at the Museum of Modern Art in New York. Design/Style Jaguar Coupe Classics

Jaguar C-X75 production run canceled

"We feel we could make the car work, but looking at the global austerity measures in place now, it seems the wrong time to launch an 800,000-pound to 1 million-pound supercar."
Those words are from Jaguar Global Brand Director Adrian Hallmark, and as true as they may be, it still stings a little bit. After all, we've been looking forward to the Jaguar C-X75 ever since word came from Jolly Olde that it was green-lit for a short production run.
Some of the cool bits and pieces the world will now be without: a powerful but relatively miserly 1.6-liter turbocharged and supercharged four-cylinder engine, two electric motors driving all four wheels and a carbon fiber chassis developed by Williams F1. Sigh.