2007 Porsche 911 Turbo on 2040-cars

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DP Motorsport tries to turn a vintage Porsche 911 into a sleeper

Once you get past the fact that it's hard to call a car a sleeper when it has race-product stickers on its quarter panel, and the script across the back panel reads "Porsche 911 3.2 Sleeper," it's fun to imagine what this car can do. Celebrating the 50th anniversary of the Porsche 911, Germany's DP Motorsport took a model from 1986, stripped it of everything - including the paint and undercoating - then replaced everything with lightweight and race-ready parts.
In went race cams and ported cylinder heads, a lightweight flywheel, an RSR titanium racing exhaust, 935-style lollipop seats and RSR carpeting, a lightweight battery, perforated and galvanized hinges and brackets, hardened perspex windows. The 3.2-liter engine puts out 270 horsepower - 70 hp above the stock 911 on sale here in 1986 - and 226 pound-feet of torque through a limited slip differential to staggered wheels. The exterior color is metallic rock-green lacquer.
If you want one, $120,00 is where the part starts, but DP Motorsport says it offers the parts individually if you don't need your vintage Porsche to sleep this hard. On a side note, for a chucklesome journey back in time, check out this review of the 1986 911 that gets things going with this line: "First off, the Porsche 911 is very expensive - how does about 40 thou grab you?" Back on topic, there's a press release below that tells the rest of the story of the 3.2 Sleeper.

2014 Porsche Cayman S

A Blue-Blooded Valentine
I need you to understand what it's like to drive this car. I'm not talking about your ability to comprehend the words on this page or process the figures that surround the 2014 Porsche Cayman S, but rather what it feels like to take control of a car conceived, designed, engineered and manufactured to set your prefrontal cortex alight with all the glee a Zippo typically reserves for pine needles marinated in jet fuel. From the instant you put your tail in the driver's seat, the Cayman sets about impregnating your veins with a full and varied spectrum of ludicrous emotion. It's not like taking the family pickup to market, I can tell you that much.
For 2014, the next-generation Cayman features many of the same styling tweaks first displayed on the coupe's drop-top cousin, the Boxster, though a spate of mechanical changes, more power, less weight and better efficiency join the party to further differentiate this model from its predecessor. And while additions like rev-matched downshifts and electronic power steering help push the Cayman into a new era, one fact remains unchanged: This is one of the best driving cars on the market. Period. Bear with me and I'll try to explain exactly why that is.

Porsche Macan fails moose test, Stuttgart responds

Different countries have different safety standards, but most of them revolve around a similar set of tests: front impact, side impact, offset impact, rollover... the usual. But Sweden has its own test. It's called the Moose Test (or the Elk Test), and it's unique to Scandinavia: a car has to be able to avoid a theoretical antlered mammal on the road while traveling at 43.5 miles per hour and return to its previous course without flipping over. The Jeep Grand Cherokee ran afoul of the uniquely Nordic maneuver a couple of years ago, but even more surprising is the way the Porsche Macan has reacted.
Under testing by Sweden's Teknikens Värld, Porsche's downsized crossover - specifically the Macan S Diesel, for what it's worth - didn't flip over, but it skidded off course. In real-world conditions, it follows, the vehicle could run off the road or into oncoming traffic. The testers ran the test several times, and even removed excess weight from the vehicle, and each time it reacted the same way.
In response, Porsche has explained that the behavior is the result of its Active Rollover Protection system kicking in. When the system detects that the vehicle could drastically oversteer, flip over or lose its tire, it momentarily applies the brake on the front outside wheel, allowing the vehicle to shed the cornering forces without losing it completely.