2000 Pontiac Firebird Firehawk on 2040-cars

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This Auto Aerobics car art ties our brains in knots like pretzels

We like cars, and we like art. Naturally, Chris Labrooy's Auto Aerobics series - computer-generated images of some seriously contorted 1968 Pontiac Bonnevilles floating in mid-air - instantly clicked with us. If the Pontiacs weren't floating or hollow, we could be fooled into believing the image is real. But where's the fun in that?
Check out the gallery we included of Labrooy's Bonneville art, and feel free too head over to his website for some Formula One humor.

Gordon Murray, F1-driven production and .. the Pontiac Fiero

Gordon Murray's design and engineering chops are unquestionable. But does his carmaking approach owe something to the short-lived Pontiac Fiero, a scrappy little car program that emerged from GM against serious resistance? Murray had a Formula One career that ran from 1969 to 1991, with stints at Brabham ('69 to '86) and McLaren ('87-'91), that resulted in several shelves' worth of trophies for the cars he was instrumental in designing. He moved on to McLaren Cars, the consumer side of things, where, during his tenure from 1991 to 2004, he helped design the McLaren F1 and the Mercedes-Benz SLR McLaren, two cars that took learnings from his two decades in Formula One. What do all of these cars have in common? Three things: They are light. They were built in limited numbers. And they were (and are) exceedingly expensive—when the McLaren F1 debuted in 1994, it stickered at $815,000. Murray went on to establish Gordon Murray Design in 2007. GMD has created some interesting concept vehicles, such as the diminutive T.25 city car (94.5 inches long, 51.1 inches wide and 55.1 inches high), and the OX, a lightweight truck for the developing world that packs like an IKEA shelf and is working toward realization through a worthy crowdfunding campaign established by the Global Vehicle Trust. Now he has created a vehicle manufacturing company, Gordon Murray Automotive, that will use manufacturing methods that he developed under the moniker "iStream." Unlike a unibody, there are the "iFrame," a cage-like construction made with metallic components, and the "iPanels," which are composite. The panels aren't simply a decorative skin; they actually provide structure to the vehicle. Presumably this has something of the F1 monocoque about it. Going back to the three elements, (1) this arrangement results in a vehicle that can be comparatively light; (2) Murray has indicated that his manufacturing company will be doing limited-run production; and (3) to launch Gordon Murray Automotive they are going to be building a flagship model, about which Murray said, "With our first new car, we will demonstrate a return to the design and engineering principles that have made the McLaren F1 such an icon." Which seems to imply that it will be on the pricey side. According to the company's verbiage, "iStream forges an entirely new production method that defies conventionality with its Formula One-derived construction and materials technologies." It also sounds a whole lot like ...

Pontiac Firebird in latest Generation Gap scrap

Generation Gap is mining the Lingenfelter collection again this week to compare two very different interpretations of the Pontiac Firebird. An original 1968 example goes toe-to-toe with a 2010 Lingenfelter Trans Am to see whether the old man or the modern re-imagining takes the crown.
Being from the Lingenfelter collection, both cars are absolutely immaculate. The '68 packs a Pontiac 350-cubic-inch (5.7-liter) V8 with a claimed 320 horsepower and some classic, muscular style with a hood-mounted tach. Plus, it's painted in an understated shade of green that you don't usually see.
In the other corner is Lingenfelter's pumped-up take on the classic shape based on the modern Camaro, and this is just one of six concept versions ever made. It wears an eye-catching, vintage-inspired livery of blue with a white stripe package. Under its shaker hood is a 455-cubic-inch (7.5-liter) V8 with a reported 655 hp and 610 pound-feet of torque.