2013 Toyota Prius Hybrid Level Three, 17" Alloy Wheels, Pearl White, Tinted, Wow on 2040-cars

Auto blog

Toyota Prius sets a different kind of Nurburgring lap record [w/video]

Scroll down the leaderboards of Nürburgring lap times and you'll see mostly racing cars, supercars and sports cars. Delve deep enough and you'll eventually get to hatchbacks and sedans, albeit the most performance-focused of their kind. But a hybrid? Sure, the Porsche 918 Spyder posted the top time for a street-legal series production car, and it's technically a hybrid, but we're talking about another kind of hybrid here. We're talking about a Toyota Prius.
That's right: the Prius just set a lap record around the Nordschleife. But it wasn't for the lap time. In fact, miles per hour barely factored in (except for staying above the minimum 37-mph average speed mandated on the vaunted racing circuit). No, this was about miles per gallon.
Toyota took one of its Prius Plug-In hybrids to the Nürburgring, topped up the battery, put on a set of low-rolling-resistance tires and put automotive journalist Joe Clifford behind the wheel with a mandate to use as little fuel as possible. After one second shy of 21 minutes, the Prius completed its lap having used just five tablespoons of fuel.

Toyota recalls pre-collision system on Avalon and ES models

Toyota is recalling 31,000 US examples of the 2013-2015 Avalon, Avalon Hybrid, Lexus ES350, and ES 300h because the Pre-Collision System could potentially cause an accident. According to the company, it's possible for the safety aid to misidentify a steel joint or plate in the road as a hazard and apply the brakes. The sudden, unexpected activation could lead to a crash. Toyota spokesperson Cindy Knight told Autoblog that the company has reports of two accidents in the US related to this issue, and there are also two alleged injuries. The company has no reports of fatalities. Toyota is taking a serious approach to deal with this problem. First, the company plans to disable the system on these sedans. Once the parts are available, dealers will replace the system with improved components. The company doesn't yet know when these repairs will begin, but owners should receive notification of the recall in November, according to Knight. Toyota isn't alone in needing to tweak safety equipment. Ford faced a similar issue when the company recalled 36,857 examples of the 2015 F-150 because passing a large, reflective semi could inadvertently activate the collision warning system. An update for the adaptive cruise control module software fixed the problem. TOYOTA RECALLS CERTAIN AVALON AND LEXUS ES VEHICLES TORRANCE, Calif., November 3, 2015 – Toyota Motor Sales, USA, Inc. today announced that it is conducting a safety recall of approximately 31,000 Model Year 2013-2015 Avalon, Avalon Hybrid, Lexus ES350 and ES300h sedans. In the involved vehicles, under certain situations, the PCS (Pre-Collision System) could interpret a steel joint or plate in the roadway as an object that triggers PCS activation. If this occurs, the PCS warning buzzer sounds and the system may apply the service brake automatically. Unexpected braking could increase the risk of a crash. For all involved vehicles, the PCS function will be disabled as an interim remedy. As the permanent remedy, Toyota dealers will replace PCS components with improved ones. 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 Toyota, Lexus or Scion vehicles, customers should check their vehicle's status by visiting 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.

A new Toyota MR2? We want to believe

In the wake of a busy Geneva auto show, the rumor mill is churning, and the latest grist involves one of the most beloved Toyota sports cars of all time. EVO reports that Tetsuya Tada, the chief of the Scion FR-S/Toyota 86 project and a hard-liner about sportscar priorities (light and nimble, but with modest horsepower), wants a third vehicle for Toyota's nascent sporty lineup. Currently, we know there's a Supra-like vehicle in the works, being co-developed with BMW, and the 86 is sticking around. Tada said he'd like a third sportscar to compliment the two we know about, and that he wants it soon. A quick bit of history: Toyota's classic sporty lineup had three components. The most visible was the Supra, whose power and prestige grew as the car evolved from a cushy personal tourer to a high-horsepower, high-technology icon. The Celica was its Clark Kent, more mild mannered but also more accessible and affordable. The third was the MR2, a mid-engined go-kart that lasted for three distinct generations. Each had its charms, and all have their fans. When Tada says that he wants three sportscars in the lineup, we already know about the Supra successor, and the 86 is already filling the Celica's role, so the blank is easy to fill. It doesn't sound like Tada spoke the word "MR2" to EVO, or hinted that the car would be mid-engined, but Tada doesn't seem to say anything without purpose. Whatever the layout, this third car – if it comes to fruition – will probably play a role similar to the MR2 in relation to its stablemates. To translate: it'll likely be even lighter and more nimble, and probably less powerful, than the 86. The closest real-world analogue to the pure MR2 ideal is the Honda S660, a mid-engined Kei roadster that's on sale in Japan right now. It's light, small, and powered by a 0.66-liter inline-three. Toyota could decide to directly compete with the S660, borrow an engine from its small-car specialist subsidiary Daihatsu, and produce a mid-engined MR2. Another possibility, even simpler from Toyota's perspective, would be to adapt the existing Daihatsu Copen roadster. Sure, it's front-engine and front-wheel drive, but it's a small, light roadster. And even better, it sells abroad with a larger 1.3-liter engine. Restyle it slightly, perhaps to resemble the S-FR concept of a couple years ago, and it's an off-the-shelf solution. The S-FR itself is a third possibility.