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In Jamaica, it's not easy to sell or buy hybrid cars

Jamaica's mellow reputation and Rasta vibe contributes to an international reputation of an island nation that moves at a leisurely pace. And the term "leisurely" certainly applies to the rate of sales of hybrids there. And we thought Mitsubishi i sales in the US have been slow. The country's Toyota dealership is still in the process of explaining hybrid technology to many of its prospective customers, with the widespread perception remains that a standard Toyota Prius needs to be plugged in for electrical charging, the Jamaica Gleaner reports. Because of such slow exposure, Toyota has only sold about 10 hybrids in Jamaica since the Japanese automaker started selling them there in 2010. And we thought Mitsubishi i sales in the US have been slow. Toyota dealers in Jamaica continue to tout hybrid technology that can boost fuel economy by about 30 percent but are going up against the fact that Toyota's hybrids now need to be pre-ordered and aren't kept in stock because of sluggish demand. There's also the fact that Toyota's Japanese operations insist on an approval process that ensures the hybrids sent there can handle Jamaica's road conditions, and it typically takes three to four months for a Prius to get to Jamaica once ordered. Island locales provide a curious dichotomy for advanced-powertrain vehicles. On one hand, the driving distances tend to be relatively small, lengthening the amount of time it takes to pay back the original cost premium. On the flip side, importing fuel to islands makes gas prices skyrocket and can prove costly for the economy in island nations. Late last year, for instance, the government of another Caribbean nation, Barbados, estimated it spends about $250 million a year on gas used for personal vehicles. That's why the government there is pushing for more electric-vehicle adoption, though the number of EVs on the island was in the low double-digits as of mid-2013.

Toyota GT86 CS-R3 rally car presages for-sale customer racecar

Rallying may enjoy a very strong association with all-wheel drive, but it wasn't so long ago that the World Rally Championship was populated by cars that slipped and slid across gravel and tarmac using rear-wheel drive. One of those was the Toyota Celica. While the little Celica eventually joined the gravel-spewing masses with an all-wheel-drive rally car, Toyota is returning to its rear-drive rally roots with a modified version of the critically acclaimed GT86.
Called the CS-R3, the new model boasts all the necessary changes to turn the diminutive twin of the Scion FR-S and Subaru BRZ into a car capable of tackling the tough, twisting paths that are so routinely conquered by the world's rally cars. That means, of course, the CS-R3 has gotten a power bump.
Expected output sits between 240 and 250 horsepower, thanks to a new racing exhaust and manifold, as well as other changes. The ECU has been replaced with an item a bit more suited to racing, while the compression ratio has also been adjusted to boost the output.

Toyota R&D shows off free piston engine linear generator for future EVs

We often hear how an electric vehicle powertrain architecture allows vehicle designers much more freedom than a traditional ICE powertrain does. With differently shaped battery modules and small electric motors, there are lots of way to put the pieces together. With today's plug-in hybrid technology, engineers still need to put a decent-sized ICE somewhere, but new technology from Toyota could free up the gas-electric vehicle designers of the future. Presented at the recent SAE World Congress in Detroit, the idea from Toyota Central R&D Labs Inc. and involves what is called a Free Piston Engine Linear Generator (FPEG). Think of it as a sort of one-cylinder, two-stroke mini-engine that can work either as a generator (thank to magnets and a linear coil) or to directly drive a vehicle. The current prototype is a 10-kW unit that Toyota say would provide enough power to get a B- or C-segment electric vehicle up to highway speeds (75 miles per hour) when paired up to offer 20 kW. Pairing the FPEGs is also important to minimize vibrations. One system tested by Toyota had a 42 percent thermal efficiency, but the engineers are working to improve the overall efficiency even further. You can watch an animated video of the piston in action here (click on "Outline") and see the SAE papers here and here. More technical details are available at Green Car Congress. News Source: Toyota Labs via Green Car CongressTip: Thanks, Joe V. Green Misc. Auto Shows Toyota Technology Emerging Technologies Electric generator