Ferrari Mondial on 2040-cars

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Ferrari considering return to Le Mans racing in 2015

Rumors are swirling that Ferrari may be contemplating a return to Le Mans racing as soon as 2015. Germany's Auto Motor und Sport reports the Italian automaker may apply the development of a new 1.6-liter turbocharged V6 engine for Formula One to an LMP1 car for Le Mans, and have it ready for the 24 Hours of Le Mans in two years. This follows hints made by Scuderia Ferrari CEO Stefano Domenicali last month that the newly developed F1 engine could be used for "some interesting projects."
Ferrari has a history of success in Le Mans racing, though it hasn't won the big endurance outright since 1965. The image above captures the exact moment when the No. 21 car of Masten Gregory and Jochen Rindt crossed the finish line that year to win the race. That win was the last of six consecutive outright victories before the infamous arrival of the Ford GT40 in 1966. Despite never reaching the top of the podium again, Ferrari's nine wins still stand as the third most overall by a manufacturer behind Porsche (16) and Audi (11).
If Ferrari does return to Le Mans in 2015, the LMP1 class will suddenly be teaming with worthy competitors for Audi, which has dominated the race since 2000. After Peugeot's exit from the sport in early 2012, Toyota entered the race in 2012 and has continued to develop its TS030 Hybrid LMP1 car. Porsche, meanwhile, is well into developing a new LMP1 car that will first compete in next year's race.

LaFerrari XX coming early next year with F1 engine

With the embargo up on early reviews, the repetitively named Ferrari LaFerrari has become the supercar du jour. It has already been put through its paces by Top Gear and Evo. However, we know that Ferrari isn't done with development of its current halo model just yet. News continues to leak out about the even more hardcore LaFerrari XX track car.
Ferrari already confirmed directly to Autoblog that the XX is under development. There are even spy photos of it testing at the Nürburgring (pictured above). It reportedly clocked an astonishingly fast six-minute, 35-second lap at the historic track. The latest scuttlebutt about the track-focused supercar, according to Top Gear, is that it ditches standard car's hybrid 6.3-liter V12 engine with a combined output of 949 horsepower and 663 pound-feet of torque in favor of a Formula One-derived V6 turbo hybrid. That would be a huge change but would likely cut weight. The more insane LaFerrari could debut as soon as January or February of next year.
Ferrari says it's difficult to make the XX accelerate much quicker than a standard LaFerrari, but slick tires, revised suspension and aero changes should cut lap times. A version that doesn't have to worry about road car laws and just focuses on being fast could be truly mental.

Ferrari patents new electronic steering assist

Automobiles keep getting more and more advanced, with computers playing an ever-increasingly vital role in their operation. But some things remain the same. Despite more advanced (if not necessarily better) technologies available, we still burn fossils to fuel our engines, we still check what's behind us in actual mirrors and (with few exceptions) we still turn a steering wheel mechanically connected to the front wheels to change directions. But that doesn't mean automakers aren't working at new solutions.
We've sampled electric steering systems developed by Japanese automakers like Honda and Infiniti that disconnect the front wheels from the steering column, but while those systems may be the way of the future, they leave the driver feeling physically disconnected from the road. Ferrari, however, has a different idea.
Instead of either relying completely on a traditional system or replacing it with an entirely digital one, Ferrari appears to have found a sweet spot in the middle. According to a patent filing obtained by Evo, Ferrari is developing a system that still uses a direct mechanical steering linkage, but enhances it through the use of software that corrects for certain inconsistencies.