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2020 Porsche 911 Speedster spied with an angry driver

Porsche gave us details and showed us a concept of the 911 Speedster at the Paris Motor Show. Today, we bring you spy shots of what appears to be the production version of that concept with a few changes on board. They're rather minimal modifications, but the Speedster's driver appears especially angry with our spy photographer as he extends his middle finger directly toward the camera. Sorry, not sorry, Mr. Test Driver. Public testing of pre-production cars always comes with photo risks, and Porsches tend to attract more attention than others. You'll notice what appears to be a Cayenne Coupe prototype we've previously spotted running around with the 911. The Speedster Concept we saw in Paris had epic retro mirrors and fuel cap on the front hood, but both those design touches are absent from this pre-production car. It's tougher to see, but we lost the vents in between the two humps, as well. Everything else appears to have made it to production-spec. We can't say we're surprised these concept car features probably won't show up on the production car, but it is a tad deflating. You'll notice the Speedster is based-off the 991.2 generation of 911 and not the new 992. Porsche did a similar thing when the 997 generation was coming to an end with a Speedster model paying tribute to that car's life. The chassis is said to utilize parts from the 911 GT3, and the wonderful naturally aspirated flat-six engine gets carried over from that car, too. Porsche didn't specify if power will be exactly the same as the GT3, but we'll be expecting about 500 horsepower and a 9,000 rpm redline. We were told the six-speed manual would be offered on the Speedster in Paris, too. Let's just say that we strongly approve of that combination. Production will be limited to only 1,948 cars and begin in the first half of this year. We'll expect a reveal with a full spec breakdown soon, possibly for the upcoming Geneva Motor Show. Related video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.

This 1927 Oakland is a minimalist hot rod

There are hundreds of American automakers that sprung up during the dawn of the automotive era, only to fold into obscurity or get gobbled up by what would eventually become the Big Four (yes, we're counting AMC here). Oakland is one such company, which was the forbearer for General Motors' Pontiac division. Sold until 1931, you simply don't see Oakland-badged cars anymore. Unless, that is, you know Brian Bent.
Bent drives a 1927 Oakland that still rides on wooden wheels. Its original wooden wheels, from the sound of it. That makes this anachronist and his Oakland the perfect subject for a Petrolicious video. Like many of the cars highlighted by Petrolicious, this old Oakland has had some work done to it, featuring a Pontiac flathead engine that's been pushed forward and a clutch pack built by Bent.
Take a look below for a closer look at this rare and fascinating Oakland.

2008-2009 Pontiac G8 recalled over airbag concern

General Motors is recalling around 38,000 Pontiac G8 sedans from its 2008 and 2009 model years. The National Highway Traffic Safety Administration reports that the cars may have a passenger-side airbag flaw that might prevent proper deployment in certain scenarios.
According to NHTSA, the airbag might not adequately protect a fifth percentile woman - that is, a woman around four-foot, 11-inches weighing 108 pounds. The New York Times indicates that the anomaly was found during a crash test conducted by GM's Australian branch, Holden, which was testing the G8's twin (read: Commodore) for head injuries. According to that report, the test in question is specifically tailored to simulate injuries to females, so the results do not apply to men or children.
The issue has been blamed on a seat position sensor that governs airbag deployment rates. NHTSA indicates that when the front passenger seat is moved all the way forward, the faulty sensor may inappropriately trigger a 30-millisecond delay between airbag stages, potentially leading to greater injuries.