1993 - Toyota Supra on 2040-cars

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Toyota's 'Fueled by Oil Creek' gases up hydrogen's history

Hey, Toyota. We got a question for you. If you're using a small Pennsylvania town to highlight the technological and ecological advances of the Toyota Mirai hydrogen fuel-cell electric vehicle, why are those vehicles going to be sold only in California this fall? The Japanese automaker has released an online documentary video (the second in a series) showing what advantages hydrogen fuel-cell vehicles have over gas-powered vehicles, and uses Titusville, PA, as a backdrop. Some students from that town, which was an oil boomtown in the 19th century, take water from that town's Oil Creek (ah, symbolic), uses electrolysis to split that water into hydrogen and oxygen gases, then shows how the resulting hydrogen can power a Toyota Mirai for as far as 300 miles. Fueled by Oil Creek runs about five minutes. Toyota debuted sales of the Mirai last year in Japan and will start selling the car in California in October. The model will be priced at $57,500 and will be offered with a three-year lease option of $499 a month (with $3,649 due at signing). Toyota also said earlier this year that it would spend about $170 million upping production capacity for the Mirai. Take a look at Toyota's press below and watch the video above. Petroleum Past Helps Fuel Hydrogen Future Water from Pennsylvania's Oil Creek Becomes Hydrogen Fuel for Mirai Second Video in Toyota's "Fueled by Everything" Series June 03, 2015 TORRANCE, Calif. (June 3, 2015) – A creek, a little high school chemistry, and a former oil boom town open to a hydrogen-fueled future. This is the story of "Fueled by Oil Creek," the second online video in Toyota's multi-part "Fueled by Everything" series aimed at highlighting renewable sources of hydrogen fuel, leading up to launch of the 2016 Toyota Mirai. Directed by Oscar-winning documentary filmmakers T.J. Martin and Dan Lindsay, the 5-minute video takes viewers to Titusville, Pennsylvania where, in 1859, an oil well changed the American energy landscape. Flash forward to 2015. Local high school students in the film collect water from the aptly named Oil Creek for a lesson in electrolysis, separating water into oxygen and hydrogen gas using an electric current. The resulting hydrogen gas powers the hydrogen fuel cell electric Toyota Mirai to travel up to 300 miles on a full tank. The only tailpipe emission is water, just like the fuel source.

Two new RWD Toyota sports cars to join FR-S?

Toyota as we know it could become a thing of the past. According to Australian site Car Advice, the Japanese brand known for bland cruisers like the Camry and Corolla is preparing to bring two new rear-drive cars to market that would slot above and below the Scion-badged FR-S. This is very, very good news.
Car Advice spoke to the GT86/FR-S' chief engineer, Tatsuya Tada, who claimed, "Akio Toyoda always says to me, Toyota sports car [family] should be three sports car brothers. 86 is in the middle." The oldest "brother" would be the spiritual successor to the Supra, even if it doesn't wear that name. Tada is in charge of that project, while a sub-GT86 project is being headed-up elsewhere.
Tada refused to comment on names (CA specifically mentions MR2 and Celica) for the new small car, but did say that, "Yes it is rear-wheel drive and that's Toyota's strong position - Toyota sports car must be rear-wheel drive." Perhaps the juiciest bit of information obtained from Tada's interview with Car Advice was his hinting that both new sports cars would be joint ventures, like the GT86/FR-S/Subaru BRZ triplets. Tada wouldn't say who Toyota was in bed with on the smaller model, but did mention that the Supra would be a product of the world's largest automaker's partnership with BMW.

Hybrid, Plug-in Hybrid and EV Buyer's Guide: Which one do you want?

If you're shopping for a new vehicle these days, there's a litany of acronyms, buzzwords, and technobabble to further complicate an already difficult decision. But if you're looking at a green powertrain, you have three basic choices to compare: hybrid, plug-in hybrid and "EV" or, electric vehicle. So what are they and which one — if any — is right for you? Research your next new vehicle using Autoblog's Car Finder. Gasoline-Electric Hybrids By now, most people are familiar with the concept of a hybrid car. Thank Toyota's Prius for that. At its most basic, a hybrid vehicle has two powertrains, one gasoline and one electric, which work together for maximum efficiency. At low speeds, the engine can shut off entirely, relying solely on the battery for propulsion. The battery is either charged as you drive by converting kinetic energy into potential energy via a complex regenerative braking system, or directly off of the gas motor. This is a very hands-off, behind-the-scenes system as all the driver has to is put in gas and drive as normal. Hybrids come in all shapes and sizes and, according to the EPA, range in fuel economy from 58 mpg for the Hyundai Ioniq Blue all the way down to 13 mpg for the Ferrari LaFerrari Aperta. Best For: Anyone who want to see their fuel consumption go down without many sacrifices. You can easily find a hybrid sedan, hatchback, crossover, SUV or even a pickup truck (i f you can find one). Best of all, a hybrid requires no special equipment to be installed at home, or added work for the driver. Hybrids do cost more than traditionally-powered competitors, so make sure to compare projected fuel savings with how much extra a hybrid will cost – it may take a surprisingly long time to break even. The EPA provides a handy calculator for this very purpose. Our Favorite Hybrids: 2017 Toyota Prius 2018 Hyundai Ioniq Hybrid 2017 Ford Fusion Hybrid Plug-In Hybrids Sometimes referred to as a PHEV, or plug-in hybrid electric vehicle, this is a baby-step towards full electrification. Armed with a much larger battery pack than a hybrid, PHEVs can go between 12 ( Mercedes-Benz GLE550e) and 97 ( BMW i3 w/Range Extender) miles on electricity alone depending on the model and your driving style. Like a normal hybrid, the driver is largely unaware of which power source is currently in use, even as they switch over — either because the battery is drained, or the driving circumstances require more power.