1974 Pontiac Transam. 75k Mi. All Original. One Owner. Stored, Fathers Estate. on 2040-cars

Auto blog

'67 Chevy Corvair convertible vs. '86 Pontiac Fiero in cult classic showdown

Every few a decades, the folks running General Motors lose their minds briefly try to market a car that public doesn't see coming and often aren't ready for. In the '60s there was the rear-engine, air-cooled Chevrolet Corvair, then the mid-engine Pontiac Fiero in the '80s and the completely bizarre Chevy SSR in the 2000s. What all of these had in common was that they bucked the trend for American models of their era, for better or worse. The latest episode of Generation Gap tasked the hosts with finding two cult classic vehicles to choose between; they came come up with two of these quirky products from The General.
On the classic side, there's a 1967 Chevy Corvair Monza convertible. Being from later in the production run, it wears slightly more aerodynamic styling than the earlier, boxier examples. Hanging out back is an air-cooled, 2.7-liter flat-six pumping out a robust 95 horsepower. In the other corner is the somewhat more modern 1986 Pontiac Fiero SE with a mid-mounted, 2.5-liter "Iron Duke" four-cylinder, an engine nearly ubiquitous in GM cars of the '80s.
Judging by when they were new, the Corvair was far more successful than the Fiero with over 1.8 million sold. Of course, Ralph Nader's book Unsafe at Any Speed kind of poisoned the well, even if the poor safety reputation wasn't entirely deserved. The Fiero on the other hand only lasted for a few model years before shuffling off, but it eventually got its own performance boost with the V6 version and rather attractive GT models. Check them both out in the video and tell us in Comments which you want in your garage.

GM recalling 778,000 Cobalts and G5s, six deaths reported

General Motors has announced that it will be recalling 778,562 compact cars after six people were killed in accidents, partially due to the airbags' failure to deploy. An issue with the ignition switch is causing the airbag issues, as well as causing the engine and other components to shut off without warning. The recall covers the 2005 to 2007 model year Chevrolet Cobalt and 2007 Pontiac G5. (Note that the Cobalt pictured above is a 2009 model.)
According to a report from Automotive News, a number of factors can cause the ignition to switch out of the run position, including weights on the key ring, rough or bumpy roads or other "jarring" events. Any of these situations could lead to some vehicle components not functioning properly.
There have been five fatal front-impact crashes that took the lives of six people, although as a GM spokesman noted, all five of the crashes happened off road and at high speed. In each of these cases, though, the lack of airbags wasn't the only lethal factor - alcohol and failure to wear a seat belt also played a role. Outside of the fatal accidents, there have been 17 other crashes where airbags didn't deploy. It's unclear if any of these crashes were caused by the engine shutting off.

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.