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Toyota Camry to go turbo

As automakers strive to meet regulations, turbocharging is rapidly becoming the norm whether looking at pickups, sports cars or family sedans. However, Toyota remains a stalwart to the changing tide, and for the time being a trip into one of the brand's dealers shows nary a hint of forced induction – probably not for long, though. With models like the Lexus NX 200t and forthcoming IS 200t pointing the way, a big shift is afoot for one of the Japanese automaker's most popular products. Obviously, Toyota is no stranger to forced induction for performance applications like the turbocharged models of the Supra and MR2 in the '90s. But rather than reducing lap times, the latest application is more about improving emissions and fuel economy. According to Automotive News, the Camry is getting a 2.0-liter turbo four-cylinder in the near future as a replacement for its V6 engine option. The 3.5-liter six currently in the venerable sedan already makes 268 horsepower and 248 pound-feet of torque, versus 235 hp and 258 lb-ft in the NX 200t or 241 hp and 258 lb-ft in the IS from the new four. The base four-cylinder also might receive some upgrades. It could grow larger and run on the Atkinson cycle to find improvements, according to Automotive News. There might be a move towards CVTs, as well. Toyota is hardly alone in the shift towards forced induction. Honda is known to have a 1.5-liter turbo mill on the way for the next-gen Civic. In addition, that engine might find its way into the Accord and CR-V as well, according to Automotive News. Among the major Japanese automakers, only Nissan is taking a more measured approach towards forced induction in mainstream models. Rather than going all-in on turbos, the company is expected to shift more of its engines to direct injection to go after fuel economy gains.

See the evolution of McLaren F1 cars in one GIF

If you dig racecars and history, you'll enjoy the .gif file on display below. It comes to us from the folks at automotive parts website PartCatalog.com, and it shows how McLaren's Formula 1 cars have changed from the very first one to this season's black and orange Honda-powered machine. And they have certainly changed. That very first car had scarcely an aerodynamic aid to the radically winged racer of today.It's also interesting to see how driver positioning has changed over the years. Through the '70s and '80s, the driver was pushed farther and farther to the front. Then in the '90s and '00s, the driver started to be pushed back to the middle, and longer noses became common. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. This .gif file isn't just interesting for seeing how the cars have changed, though. It also features some of the most famous F1 cars of all time. Fans of vintage F1 racing and of the film Rush may recognize the McLaren M23 James Hunt piloted to a championship victory over rival Nicki Lauda in 1976. There's also the 1985 McLaren MP4/2B that was the last McLaren Nicki Lauda would drive, and the car that would take Alain Prost to a championship. Prost's rival Ayrton Senna also has a car in this .gif, and that's the 1988 Honda-powered car he drove to his first ever championship. There are many other cars in this .gif we don't have time to cover though, but you can learn more about them and the cars we mentioned by checking out McLaren's great history page. Each car there has a brief profile covering the stats, and lengthier articles with more background. It's a great way to spend a morning. Related Video:

Honda recalls 2016 Pilot for warning light issue, 35k affected

Honda is recalling 35,406 examples of the 2016 Pilot in the US because the vehicles' warning lamps might not activate immediately. Specifically, the campaign covers two-whee-drive models with build dates between May 4, 2015, and September 8, 2015, and four-wheel drive versions from between May 7, 2015, and September 4, 2015. Due to this issue, if there's a malfunction in aids like the tire pressure monitoring system, anti-lock brakes, or electronic stability control, the corresponding warning light might not immediately illuminate on the instrument panel. When the ignition is turned off and then back on, the alerts do appear. Still, the fault puts the Pilot out of compliance with federal rules. Beginning November 27, the fix will simply be updated instrument cluster software for the affected Pilots. According to documents submitted to the National Highway Traffic Safety Administration (PDF): "As of October 8, 2015, Honda has not received any warranty claims, field reports, injuries or crashes related to this issue." Related Video: RECALL Subject : Improper Software to Module FMVSS 126,135,138 Report Receipt Date: OCT 16, 2015 NHTSA Campaign Number: 15V668000 Component(s): ELECTRICAL SYSTEM Potential Number of Units Affected: 35,406 All Products Associated with this Recall Vehicle Make Model Model Year(s) HONDA PILOT 2016 Details Manufacturer: Honda (American Honda Motor Co.) SUMMARY: Honda (American Honda Motor Co.) is recalling certain model year 2016 Honda Pilot 2WD vehicles manufactured May 4, 2015, to September 8, 2015 and 2016 Pilot 4WD vehicles manufactured May 7, 2015 to September 4, 2015. In the affected vehicles, when one of the safety systems such as tire pressure monitoring, anti-lock braking or electronic stability control malfunctions, there is potential that the instrument panel will not illuminate the corresponding warning light, however the warning lamps will illuminate when the ignition is turned off and then turned back on. As such, these vehicles fail to comply with the requirements of Federal Motor Vehicle Safety Standard (FMVSS) number 126, "Electronic stability control systems", number 135, "Light vehicle brake systems" and number 138, "Tire pressure monitoring systems". CONSEQUENCE: If a safety system cannot immediately warn the driver when needed, the driver may be at at increased risk of a crash. REMEDY: Honda will notify owners, and dealers will update the instrument cluster software, free of charge.