2011 Ferrari 458 2dr Cpe on 2040-cars

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Totaled Ferrari Dino sculpture sold for $250k

How much would you pay for a Dino? Although this sub-brand was supposed to offer lower-cost alternatives to more expensive Ferraris, a 246 GTS model with "chairs and flares" can fetch big bucks. The later, more angular 308 GT4 is less desirable, but the one above just sold for $250,000. Oh, and it's a complete wreck - an absolute write-off, as you can see. So how did it fetch a quarter million when it wouldn't be worth that much in pristine condition? Because this is art.
"Objet trouvé", to be specific, the French term for a common object elevated to a work of art. That's the way it ended up displayed by celebrated French artist Bertrand Lavier and the Galerie Yvon Lambert at the Foire Internationale d'Art Contemporain (FIAC) art fair at the Grand Palais in Paris last week, where an unnamed Turkish collector paid the landmark price. Let's hope he's not planning on restoring it, because it's apparently worth more totaled.

The new Ferrari 812 Superfast has a 789-hp V12, is self-explanatory

You're looking at the replacement for the F12 Berlinetta. Gorgeous, right? While in keeping with the recent styling success of Ferrari cars, this one bucks a trend. Unlike the last three updated models from Maranello – the GTC4 Lusso, California T, and 488 GTB – the 812 Superfast doesn't use turbos. Instead, it continues with a naturally aspirated V12. A bigger, more powerful one. And of course, this front-engine supercar GT will be super fast. The 812's twelve-cylinder displaces 6.5 liters, up from the F12's 6.3. Power stands at a round 800 CV, which translates to 789 horsepower, while torque is up to 530 pound-feet. For reference, the 6.3-liter in the F12 makes 731 hp and 508 lb-ft, while the F12 Tdf's massaged version puts out 769 hp and 520 lb-ft; the LaFerrari's engine made 789 hp, which was boosted further with the addition of an electric motor. So this 6.5-liter is tied for the title of most powerful Ferrari road-car engine, and it makes this the most powerful front-engine Ferrari ever, which is neat. It's supposed to reach 62 mph in 2.9 seconds and reach a top speed of 211 mph. Yep, super fast. Max power is again made at a screaming 8,500 rpm and the torque peaks at 7,000. More displacement means more output, but Ferrari also switched to a higher-pressure fuel system and variable-geometry intakes to squeeze even more out of its big V12. The company's seven-speed dual-clutch transmission gets its own gear ratios to handle the power in this application. One big change is the car's switch from hydraulic to electric power steering. It's the first Ferrari road car to use EPS, and the company assures us just makes things better by working with the other chassis systems, like Side Slip Control. The 812 Superfast also gets the second version of Virtual Short Wheelbase, Ferrari's name for rear-wheel steering. Ferrari says the updated design is supposed to be reminiscent of the 365 GTB4 from 1969. We say it's just plain pretty either way. There are active flaps at the front and some kind of new air bypass at the rear to improve downforce, and which sounds a lot like something out of Formula 1. The launch color seen here is the special Rosso Settanta, which is in celebration of the company's 70th anniversary. The interior has been updated a bit as well, with a reshaped dash top (featuring one fewer air vent) and new controls on the steering wheel.

2014 Ferrari F12 Berlinetta

Most cardiologists and physiologists maintain that a human's maximum heart rate is calculated with a mathematical formula: subtract a person's age from 220. But some leading doctors are now questioning the established academics, which trace their origins back to 1970, claiming that a simple formula isn't accurate for people of all ages, in particular those who are older. Rather than endorse the time accepted calculation, this progressive group argues that maximum heart rate equals 208 minus 0.7 times age.
While medical science continues its debate, I recently discovered a more elementary approach that disregards age and physical condition, and it requires no math.
To reveal a human's true maximum heart rate, I propose strapping test subjects into the driver's seat of a Ferrari F12 Berlinetta and then firing up its ferocious V12.