09 G8 Gxp 6 Speed Manual 33k Miles 1 Owner Sunroof on 2040-cars

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2013 Hurst Edition Trans Am

No, you didn't read our title wrong. This is a 2013 model year Trans Am, and yes, that is a Pontiac logo affixed to the front of the car. But don't bother dialing up your local General Motors dealership just yet. This is the new Hurst Edition Trans Am created by the Trans Am Depot located in Tallahassee, FL. Having spent a number of years restoring early Trans Am models, the crew at Trans Am Depot finally did what many Pontiac enthusiasts wish GM would have done - create a modern Trans Am using the fifth-generation Chevrolet Camaro.
As the former owner of a 1977 model, I've been wanting to check out Trans Am Depot ever since I first saw the company have American Choppers build a trio of motorcycles inspired by its Pontiac remakes. So I jumped at the chance to head to Florida's capital city to visit the shop and drive its latest creation, the new Hurst Edition Trans Am. As a collaboration with Hurst, this car made its debut at the 2012 SEMA Show and then popped up again on our radar with a cheesy yet perfectly fitting video back in March.
Driving Notes

Junkyard Gem: 1986 Pontiac Sunbird Sedan

The J-Body platform was a giant seller for GM, staying in production from the first 1981 Chevrolet Cavalier all the way through that final 2005 Pontiac Sunfire. Outside of North America, Opels and Daewoos and Isuzus and Holdens and Vauxhalls and even Toyotas flew the J flag, and better than ten million rolled out of showrooms during that quarter-century. In the United States, Chevrolet, Oldsmobile, Pontiac, Buick, and Cadillac each sold J-Bodies. Of those, the Pontiac Sunbird often had the sportiest image, more cavalier than even the Cavalier Z24. I've documented a discarded Sunbird Turbo in the past, and now here's a bread-and-butter Sunbird sedan from the same era. The Sunbird name began its life in 1976 on the Pontiac-badged version of the rear-wheel-drive Buick Skyhawk, itself based on the Chevy Vega. The first J-Body Pontiacs had J2000 badges, then 2000 badges, then 2000 Sunbird badges, until finally the pure non-2000 Sunbird appeared for the 1985 model year. I remain disappointed that the 2000 name didn't survive into our current century, because we could have had a 2000 Pontiac 2000, or just the "2000 2000" for short. The base engine in the '86 Sunbird was this SOHC 1.8-liter four of Brazilian origin, rated at 84 horsepower. Originally developed by Opel in the late 1970s, this engine family went into cars built all across the sprawling GM empire. 84 horsepower doesn't sound like much— and it wasn't much, even by 1986 standards— but at least the original buyer of this car had the smarts to get the five-speed manual transmission. This car weighed just 2,336 pounds, a good 500 pounds lighter than the current Chevy Sonic, so performance with the manual transmission was tolerable. The '86 Sunbird's interior was much nicer than those in its Cavalier siblings, though nowhere near the Cadillac Cimarron's reading on the Plush-O-Meter. An AM/FM/cassette stereo with auto reverse was serious audio hardware in a cheap car during the middle 1980s, when even a scratchy factory AM-only radio cost the equivalent of several hundred 2020 bucks. The price tag of this car started at $7,495, or about $17,500 in 2020 dollars. The cheapest possible Cavalier sedan went for $6,888 in 1986, but a zero-option base '86 Cavalier would make you think you'd been transported to the Soviet Union every time you slunk into its harsh confines. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.

Porsche still deciding on one or two new 911 plug-in hybrids

Back in March, Porsche CEO Oliver Blume told Autocar that the coming Porsche 911 plug-in hybrid "will be the most powerful 911 we've ever had." That quote portended a 992-series 911 with 700 horsepower or more. A new report in Auto Express, however, suggests Porsche is having energetic debates about just what the 911's hybrid strategy will be, and that the only agreed-upon plug-in hybrid 911 so far is a milder version to sit in the middle of the range. Putting all our rumors in a row, in January, Automobile reported on an electrically-assisted 911 with 485 hp and 561 pound-feet of torque. The new AE piece effectively endorses that, saying the mid-range hybrid would follow the program established by the all-wheel drive Cayenne e-Hybrid that produces a combined 455 hp and 516 lb-ft. The 911 would naturally use a flat-six instead of the Cayenne's 3.0-liter V6, and the sports car would be tuned for better sound response and sharper reflexes. AE says fuel economy for this hybrid should be at least 80 eMPG, with emissions of less than 80 grams per kilometer. The current base Carrera is currently rated at a maximum 38.2 mpg in the UK, with minimum emissions of 169 g/km. The hybrid, fitted with a double-clutch gearbox and Porsche's mechanical all-wheel-drive system, could run from a stop to 62 miles per hour in less than four seconds, making it more efficient than a base Carrera and much faster than a Carrera 4S. AE says there remains only "the potential for Porsche to add a second, more powerful hybrid 911," and says its sources claim that's what's "causing the most consternation behind closed doors." This one would be the twin-turbocharged, 700-hp beastie that, as a series production car, would have a hard time not usurping the 540-hp Turbo, 580-hp Turbo S, and 607-hp Turbo S Exclusive. True, the hybrid would be handicapped with a 550-pound battery pack, but the instant acceleration and handling benefits of electric AWD — with no connection between the axles — could provide the final edge over the other three. As such, it makes sense that there'd be a whole lot of debate about a flagship 911 hybrid. On the other hand, such a monster seems like an eventuality in view of Porsche's electrified aspirations, the lessons gained from the 918 Hybrid and the 919 Hybrid Le Mans racer, and the fact that CEO Blume has already spoken. The Stuttgart carmaker expects a sales mix of 25 percent electric, 25 percent hybrid, and 50 percent conventional powertrains by 2025.