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New Toyota 86 and Subaru BRZ could move to a Toyota platform

There's more rumormill news about the future of the Toyota 86 and its twin, the Subaru BRZ. Australian website CarSales reports that the next versions of the coupe twins may switch from the existing and heavily modified Impreza platform to Toyota's TNGA platform. The reason? An unnamed Subaru insider tells the site the next-generation versions of the cars will retain their rear-wheel-drive configuration and thus won't move to the new Subaru Global Platform, upon which the automaker is basing all its new all-wheel-drive vehicles. That leaves two options: staying with the current Subaru platform, or moving to the Toyota New Global Architecture, which underpins vehicles including the Prius, C-HR, Camry and Highlander, and can better accommodate real-wheel-drive layouts. The TNGA would also help save weight and provide economies of scale. "It's a very flexible platform, but we make all-wheel-drive vehicles," the insider told CarSales about the new Subaru platform. "That's our forte, all-wheel drive." The 86 and BRZ launched for 2012, the former as the Scion FR-S, sharing the Impreza platform, Subaru's 205-horsepower 2.0-liter four-cylinder boxer engine and a six-speed manual or automatic transmission. Both brands have confirmed they are working on new vehicles but have declined to offer details, and the source tells CarSales that development at Subaru is well under way. Toyota just revealed its heavily anticipated (and much-dissected) Supra in Detroit in January, based heavily on BMW engineering. The automaker is reportedly keen to build a family of sports cars, with a possible third model under consideration, and is developing the new 86 with plenty of involvement from the Toyota Gazoo Racing division.

2013 Toyota Avalon Hybrid

People, us included, make a big stink about the importance of family sedans. There's no doubt they're critical - they represent a huge slice of the market's annual sales and profits. However, despite accounting for far fewer transactions than the midsize sedan segment, the fullsize sedan is getting attention from manufacturers now that our market's entire lineup of those (slightly) smaller four-doors has turned over in the last two years or so. As most of the fullsize segment's mainstays derive a fair bit of their platform and powertrain technologies from their midsize cousins, these larger four-doors offer the potential for fatter profit margins, too. And with the newly stylish duds found on many of the industry's most successful midsize sedans, it's only right that automakers no longer think about fullsizers as big, squishy, vanilla family haulers with flat seats, vague steering and a thin layer of 'luxury' in the form of faux wood trim.
As manufacturers have again started diving into large sedans feet-first, the cars themselves have become sharper. The interiors are now of a higher quality and loaded with tech, while the exteriors have become further extensions of each manufacturer's design language. There's perhaps no greater example of this than the Chevrolet Impala and Ford Taurus, two models that evolved from subpar offerings into market leaders. This segment-wide transformation happened quite quickly, whether because of coincidental timing or because manufacturers are trying to get more out of their big cars, recognizing they account for a small portion of overall sales (just 3.5 percent of the new-car market in the first half of 2013).
The 2013 Toyota Avalon Hybrid is one such vehicle. We remarked on the changes to the V6 variant last year, and while we previously had a quick steer of the gas-electric hybrid, we figured the new model was worth a closer week-long look.

Recharge Wrap-up: BMW plans for retired batteries; automakers support dual-standard chargers

Toyota will test hybrids with silicon-carbide (SiC) power semiconductors. In Japan, Toyota has put the SiC power semiconductors into the power control units of a Camry Hybrid prototype and a fuel cell bus for a year-long test. Research suggests the SiC units will decrease electrical losses while managing power supply, thus improving overall powertrain efficiency. Current power semiconductors account for about 20 percent of electrical losses, and success with these tests could mean more efficient hybrids on the roads in the future. Read more at Hybrid Cars. Automakers from CCS and CHAdeMO camps are supporting dual-standard charging station networks. https://www.autoblog.com/bmw/, Volkswagen (CCS camp) and ChargePoint announced plans to build "express charging corridors" by installing about 100 DC fast chargers, many of which will support both types of charging. Kansas City Power & Light is partnering with Nissan (CHAdeMO camp) and ChargePoint to install DC chargers that "will charge any model of electric vehicle on the market." This leads the folks at Green Car Reports to look into whether this ends the looming standard war between automakers in the US. Read more at Green Car Reports. BMW, Bosch and utility company Vattenfall are making plans for a second life for retired BMW i3 batteries. The Second Life Batteries Alliance project will recycle the old lithium ion battery packs - which can still hold a charge - in off-grid storage and grid-stabilization applications, beginning with a grid storage system in Hamburg, Germany. Bosch has created a battery management algorithm to extend the life of the batteries and make sure they don't cause harm to Vattenfall's facilities. Read more at Transport Evolved.