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Toyota to offer sedan version of GT 86?

Sources in Australia are reporting that we'll be seeing a small, rear-drive sedan from Toyota, based on the GT 86/Scion FR-S. Yes, a convertible variant is still in limbo, but a four-door sedan is in the works. It's unclear if the rumored GT 86 sedan would spawn Scion and Subaru variants (it's hard to cross all ten fingers while you type, but we're having a go).
Working with remarks made by the car's chief engineer Tetsuya Tada in his blog and a rendering from Japanese magazine Holiday Auto, the Australian site Motoring is claiming that the new model's wheelbase will grow about four inches over the current GT 86's 101.2-inch wheelbase.
Besides the larger overall space between the axles, the sedan will offer a more potent engine option over the current 2.0-liter, flat-four. Promising 268 horsepower, which is a big jump over the current car's 200 ponies, the new powertrain will be derived from the Hybrid R setup, shown at the Frankfurt Motor Show. If, like us, you're reaching for the salt, and we don't blame you.

Scion FR-S recalled for key interlock problem

The Basics: Scion will recall 26,000 examples of the 2013-2016 Scion FR-S. The Problem: Some models with the automatic transmission might not have the connection for the key interlock. On these vehicles, it would be possible for owners to remove the key, even if the gearshift isn't in Park. This condition puts the coupes out of compliance with federal rules. Injuries/Deaths: "We are not providing specifics at this time," Scion spokesperson Cindy Knight told Autoblog. The company's announcement makes no mention of injuries or deaths. The Fix: Scion dealers will inspect the vehicles and connect the key interlock if necessary. If You Own One: Owner notification will begin in early March, according to Knight. More Information: Autoblog reached out to Subaru to see if there would be a similar recall for the BRZ. "We've confirmed with our Quality Assurance dept. that the BRZ does not have that defect, as the issue is related to the work conducted during pre-delivery service prior to sale," company spokesperson Michael McHale said. Related Video: TOYOTA RECALLS CERTAIN SCION FR-S VEHICLES TORRANCE, Calif., February 9, 2016 – Toyota Motor Sales, USA, Inc. today announced that it is conducting a safety recall of approximately 26,000 Model Year 2013-2016 Scion FR-S vehicles. In the involved vehicles, connectors for the automatic transmission key interlock on some vehicles may not have been connected during pre-delivery service prior to sale. If the delivery mode connectors are not connected, it is possible to remove the key in gear positions other than "Park", causing the vehicles not to comply with a portion of Federal/Canadian Motor Vehicle Safety Standard 114. This could increase the risk of vehicle rollaway and a crash. All known owners of the subject vehicles will be notified by first class mail and instructed to return the vehicle to a Toyota dealer to have the ignition key interlock function confirmed, and if necessary, delivery mode connectors connected at no charge. Information about automotive recalls, including but not limited to the list of involved vehicles, is subject to change over time. For the most up-to-date Safety Recall information on Lexus, Toyota and Scion customers should check their vehicle's status by visiting http://www.toyota.com/recall and entering the Vehicle Identification Number (VIN). Safety Recall inquiry by individual VIN is also available at the NHTSA site: safercar.gov/vin.

Toyota fills in details about its future design direction and global platform

"In the future, out of 100 customers, we want to excite ten of them instead of not offending all 100."
Almost all of the details about the Toyota New Group Architecture (TNGA) strategy have come out since the initiative was first reported on in March of this year, but Autoblog did learn a few new things about it on a recent trip to Japan. Probably the second-most important detail is that each new segment platform will be based around a common hip point to create an "optimal driving position architecture."