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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.

How new car shortages may impact your buying experience

If you want further proof that the auto industry is bouncing back, look no further than the empty lots and forecourts of your local dealership. According to a story by The Wall Street Journal, continued high demand for mainstream cars is overtaxing automakers' ability to produce enough models. Several dealers interviewed for the story are reporting two-week supplies as opposed to the typical two-month allocations.
With sales expected to hit 1.4 million units when August numbers arrive shortly and incentive spending down to its lowest amount since January, these limited supplies are pushing prices even higher. For example, according to the WSJ, the average price of a Ford Fusion is up past $26,000. Unfortunately, it's difficult for manufacturers to increase production quickly. If it invests in its facilities, as many manufacturers have done, it risks wasting cash if growth suddenly slows. At the same time, the momentum gained over the past several years could be short lived if vehicle supplies continue to dwindle. "Manufacturers are in a precarious situation," notes Karl Brauer, a senior director at Kelley Blue Book.
Low interest rates and a wealth of desirable features are also allowing customers to purchase more expensive vehicles while justifying their higher overall price tags, a situation that is compounding supply shortages. Even now, during the annual end-of-summer clearance season, deals on new vehicles are remarkably difficult to come by. According to the report, the Toyota Corolla is in a self-inflicted state of shortage, as Toyota clears out inventory in anticipation of the new 2014 generation arriving in dealers. Ford's supplies should rebound as Fusion production comes on line at its Flat Rock, Michigan factory. The Chevrolet Impala, Honda Odyssey, Civic, and Accord and Subaru Forester are also facing shortages.

Toyota to buck engine downsizing trend, may go larger and turbo-free

Turbocharging isn't really Toyota's specialty, and the Japanese automaker isn't being shy about acknowledging it. Koei Saga, a senior managing officer in charge of drivetrain research and development, says that eschewing turbos and increasing displacement of engines using the Atkinson cycle can produce better power gains without sacrificing fuel economy, Automotive News reports.
Toyota is investing heavily in larger-displacement Atkinson-cycle engines in addition to turbocharged engines, but Saga doesn't think the automaker will use turbocharging across many product lines. He apparently remains unconvinced that the technology "makes the world better."
In Toyota's eyes then, Atkinson cycle engines do make the world better, and here's how. Their pistons complete four processes - intake, compression, power and exhaust - in one revolution of the crankshaft, and the power stroke is longer than the compression stroke. Traditional Otto cycle engines require two crankshaft revolutions to accomplish those same four operations and have equal-length compression and power strokes. Atkinson cycle engines are more efficient, but less power dense, though increasing displacement can offset that shortfall.