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Seinfeld takes Seth Meyers out in the perfect Porsche

The latest episode of Comedians In Cars Getting Coffee features Seth Meyers of Saturday Night Live fame riding shotgun in what is a very special Porsche from host Jerry Seinfeld's collection: a 1973 911 Carrera RS 2.7. Seinfeld chose the "no-nonsense" sports car because he thought it fit his guest's personality (Meyers thinks motorcycles "are like the cigarette of transportation"), but we enjoy the chance to see one of these rare, über-valuable Porsches being driven on city streets - and in the rain, no less! What we don't like seeing is the Carrera RS being parallel parked behind a pick-up truck, though, fortunately, it seems that Seinfeld was able to avoid any front-end damage to the comparatively fragile Porsche.
Once at the coffee shop, the two comedians have a candid conversation about Meyers' time with SNL, from his early days on the show when he didn't think he was good enough to be a cast member to some of the high points in his career, such as SNL's "Really!?" segment that he performed in and how he became a writer for the show.
After coffee, when they're back in the car and Seinfeld opens up the throttle of the lightweight RS 2.7, he manages to eke out a big grin from Meyers - or maybe it was a grimace at the thought of driving in the rain on old tires. Whatever the case, be sure to watch the video below (and stay tuned until the end for a surprise).

Porsche 911 Aerodynamic prototype cheated the wind ahead of its time

You might think that sports cars would have the lowest drag coefficient of all cars. And yes, they do tend to be more slippery than, say, SUVs or convertibles, but the sleekest vehicles on the road tend to be EVs, hybrids and luxury sedans. Sports cars, on the other hand, have aerodynamically detrimental needs for downforce and additional engine cooling. Still, the Porsche 911 is better than most, and has only gotten more so over the years. Its relatively narrow track and compact form mean it has a smaller frontal area than some other sports cars, and the gradual sweeping back of its headlights and windshield have only augmented its capacity for cheating the wind.
This 911 prototype, however, is even more aerodynamic than most. It's based on a "G model" 911 from 1984, but employed such features as covered wheels, a new rear spoiler and a reprofiled front end to drop its drag coefficient from 0.40 to 0.27, making it as slippery as a modern sedan and better at cheating the wind than just about anything built up to that point, save for maybe the Tatra 77, Citroën SM or Tucker Torpedo.
Elements of this prototype ended up gradually making it into production Porsches for years to come, and you can clearly see early influences on the second-generation 964 and even on the 959. It's featured here as the latest installment in a video series on rare historic Porsches unearthed from the company archives, following previous clips that featured a rare V8-powered 911 and a mid-engined 911 prototype. Scope out the latest episode in the video below.

Watch the incredibly complicated operation of Porsche's new targa roof

Despite Porsche having claimed the name, targa tops are nothing new. In addition to the semi-roofless version of the 911, plenty of cars in the past have used removable roof panels - the new Corvette Stingray has one (as have prior generations), and this type of open-air experience has been available on past vehicles like the Pontiac Solstice Coupe and Honda Civic del Sol.
But when Porsche took the top off its brand new 911 Targa here at the Detroit Auto Show, it was indeed cause for pause. Simply put, this is one of the most complicated and intricate electronic roof panel removal techniques we've ever seen, save perhaps, for the setup found on the Japanese-market Civic del Sol from the 1990s.
We won't spoil the video for you, but basically, rather than just the roof panel coming off, the entire rear glass area lifts away the body in order for the small section over the passenger compartment to slide back. This has to be incredibly expensive to repair once it inevitably breaks. And we highly doubt you'll be able to operate this mechanism at any speed.