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Japan offering $20,000 incentives for hydrogen fuel cell vehicles

That tailwind Toyota may be feeling in Japan won't be from a stiff breeze off the northern Pacific Ocean. The Japanese automaker is getting ready to start selling its first production hydrogen fuel-cell vehicle in its native country next year. And the government is ponying up real big in incentives, Reuters says. The Japanese government will provide incentives worth about $20,000 per fuel-cell vehicle, Reuters reports, citing Prime Minister Shinzo Abe. That sort of government money will bring Toyota's first hydrogen fuel-cell vehicle to the customer at under $50,000. Just so we're clear, Japan's incentives for battery-electric vehicles top out at about $8,500. That sound you hear is a bunch of Nissan executives tearing their hair out. Last month, Toyota said the price for the fuel-cell sedan would be about $69,000 in Japan, and while the company hasn't priced it for US consumption, the word's out that the car may be in the $50,000 range stateside. The fuel-cell sedan, which has a full-tank range of about 300 miles, goes on sale in Japan next April and will start sales in Europe and the US next summer. Honda is also debuting its first production fuel-cell vehicle next year, so Toyota's got company among automakers who are probably all raising a glass and saying "kampai" to the Japanese government right about now.

Toyota Alphard and Vellfire JDM minivans look weirder than ever

Around these parts, if you want a Toyota minivan, you'll be looking at the Sienna. But in its domestic market, the Japanese automaker offers an entirely different line of passenger vans. And now it's updated one of its larger models. Or two, we should say. Since Toyota operates parallel dealership networks in Japan, the minivan you see here is sold as the Alphard through Toyopet dealers and the Vellfire in its Netz showrooms. They also get subtly different designs, especially at the front. But stylistic and distribution differences aside, these two models are essentially the same. They're smaller than the Sienna we know in every dimension but height, but larger than the Voxy/Noah and Esquire, and come in a variety of trims and configurations: with a 2.5-liter four, a 3.5-liter V6 or a hybrid powertrain, in seven- or eight-seat configurations, with or without handicapped accessibility, and in trim levels that can more than double their price from the base model to the top Executive Lounge. Initially launched in 2002 and redesigned for 2015, the new Alphard and Vellfire also benefit from a redesigned suspension, better NVH insulation and a more accommodating and upscale interior with new technologies (including a new Panoramic View Monitor, Intelligent Parking Assist and collision-avoidance systems) to make them more comfortable, safer and easier to operate. Between the two models, Toyota expects to sell 7,000 units each month in Japan alone (3,000 Alphards and 4,000 Vellfires) before other markets across Asia are even taken into account. Related Video: Toyota Launches New 'Alphard' and 'Vellfire' Minivans in Japan Toyota City, Japan, January 26, 2015-Toyota Motor Corporation today launched the redesigned "Alphard" and "Vellfire" minivans through dealers across Japan. The vehicles were developed to incorporate the idea of a roomy and luxurious saloon space with a new and unprecedented sense of refinement. The new Alphard and Vellfire possess unshakeable presence with a comfortable ride, exceptional handling stability, and a roomy interior. The Alphard exterior emphasizes luxury, while the Vellfire exterior emphasizes boldness. In addition to high body rigidity, a newly developed double-wishbone suspension was adopted for the rear to achieve a luxurious ride and exceptional handling stability. Extensive sound and vibration dampening and an aerodynamic wind-noise reducing body shape realize a quiet ride at all speeds, befitting of a luxury vehicle.

Recharge Wrap-up: Model X pinch sensor update, Karma plans first store

Tesla has improved Model X pinch sensor function in its latest over-the-air update. As we've seen, the pinch sensors already stop the falcon wing doors from completely shutting when they sense an obstruction. Now, though, the doors retract slightly after the sensors are triggered. While the pre-update doors didn't appear to do as much damage to human fingers as they do to various foodstuffs, it definitely looked uncomfortable, especially when one's hand is stuck in the partially closed door. Now, any pinch that does occur should be brief. See the updated sensors at work in the video above, and read more from Teslarati. Karma Automotive will move to Kawasaki's former headquarters in Irvine, California where it will also open its first store. The revival of the now defunct Fisker will sell its Revero plug-in hybrid through both dealerships and company-owned stores like the one planned for its new two-building campus. The property owner, Bixby, had planned to renovate the site, but now says Karma will make its own improvements. Bixby said it was seeking, "a progressive-minded tenant that would value the unique configuration," and appears to have found just that in Karma. Read more at Electrek, or from the OC Register. San Francisco is asking residents for help in expanding its subways. Using an online tool called Subway Vision, users can draw their own subway lines and stations that they'd like to see built and submit them to planners. Listening to the public is a useful tool for the city because, as Grahm Satterwhite, San Francisco Municipal Transportation Agency's principal planner, admits, "Transportation planners may be too close to a problem to see the solution." This approach allows the subway expansions to "reflect the vision of not just a few transportation planners, but of all San Franciscans," he says. Read more from FastCo.Exist. Toyota is continuing its commitment to Yellowstone National Park with a sustainable Youth Campus for environmental education. The automaker donated $1 million to Yellowstone for the facility, which is seeking Living Building Challenge certification. It will have onsite wastewater treatment for its locally sourced water usage, and will generate all of its electricity needs from photovoltaic panels, with excess to put back into the grid. The campus will have classrooms and residences for students and staff for its youth programs.