2012 Ferrari Ff V12 651hp 7 Year Maintenance Program Msrp $367,135+ on 2040-cars

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Alfa Romeo Giulia to get Ferrari-related engine

Alfa Romeo has a long, proud history of using V6 engines in its coupes, sedans, and sports cars over the years, but as the new Giulia sedan approaches, the Italian marque is allegedly turning to Ferrari for its next six-cylinder. This is obviously not the first time a Ferrari-sourced or derived engine has been found under an Alfa's long hood. While 8C Competizione famously used a version of Ferrari's F136 V8 during its short run, the Giulia's new V6 will be offered on a much larger scale, slotting in above an entry level, four-cylinder turbo (likely the next-gen version of the 4C sports car's 1.75-liter engine). According to Autocar, the new V6 will be "specially developed for Alfa Romeo," and will be built at the Termoli engine factory alongside the new turbo four-cylinder. As for the rest of the Giulia, Autocar has been able to shine a light on a number of other details about the new midsizer. It will, thankfully, be rear-wheel drive, and designed to counter the "mostly cold and clinical" and soulless cars of the German competition, Maserati chief Harald Wester told AC. Some of the new sedan's structural elements will even be shared with Maserati's entry level model, the Ghibli. Most notable of all, though, is what the Giulia means for American consumers. After the limited-run 8C and the niche 4C, the new sedan will lead Alfa Romeo's long-awaited, large-scale return, where it will combat the popular BMW 3 Series, Mercedes-Benz C-Class, Audi A4, not to mention rivals like the Cadillac ATS and Lexus IS. Look for more on the Giulia next week when it's officially revealed in Milan.

Race Recap: 2014 Australian Grand Prix quietly opens the new F1 era [spoilers]

The first chapter of the new Formula One era has been written with the conclusion of the Australian Grand Prix, and it included a rookie rush, some resurgent and some unsurprising performances, the sound of screeching tires and a couple of firsts.
Outside predictions as to the pace of the Mercedes AMG Petronas team were proved as soon as the Friday practice sessions, with Lewis Hamilton recovering from an engine sensor fault in the first session to top the second, followed by teammate Nico Rosberg. That didn't change come the start of qualifying, not even the rain slowing down the Silver Arrows, Hamilton taking pole as the last man across the line in Q3.
The surprises were in the order behind him, with new Infiniti Red Bull Racing man Daniel Ricciardo grabbing second spot just three-tenths of a second down on Hamilton. Ricciardo not only looked like he belonged at the front of the grid the entire weekend, but he seems to have reversed the Mark Webber jinx: four-time World Champion Sebastian Vettel had car issues and didn't get into Q3, having to settle for 13th on the grid.

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.