2001 Ferrari 360 on 2040-cars

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Ferrari looks to cut 20% total C02 emissions over 7 years

In the late 1970s, performance cars suffered a huge blow when the necessity for better economy and lower emissions crippled their power. It took nearly a decade for the horsepower to return. Today, we're in the middle of another push for greater vehicle efficiency, but don't expect another era of malaise this time. Instead, lightweight materials, turbos and hybrids mean that everyone can be happy. However, the pressure to clean up isn't just for the mass market, supercars must improve too, but Ferrari at least seems to be taking on the challenge in stride.
Ferrari Powertrain Director Vittorio Dini recently told Automotive News Europe that the Prancing Horse will improve its current average C02 emissions of 270 grams per kilometer by 20 percent by 2021, to reach about 216 grams of C02 per kilometer. To achieve these lofty ambitions, the company will exploit a relatively simple path. "In the future, all of our V8s will use turbos," said Dini said to ANE. Also, its V12s will use hybridization because it'll be a better choice for them compared to the heat of multiple turbos, he claimed.
The first steps of this strategy are already in front of us. The new California T ditches its naturally aspirated V8 in favor of a smaller displacement, more powerful turbocharged unit, and the LaFerrari is already using the hybrid V12. Dini's quote certainly lends some credence to the rumor that the 2015 refresh for the 458 Italia may use an even more powerful version of the California's turbo V8. With a new Ferrari model planned for each year between now and 2018, the Prancing Horse seems unperturbed by any threats posed by emissions.

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.

Glickenhaus confirms new sports car in development for 2015 Geneva reveal

James Glickenhaus and his Scuderia Cameron Glickenhaus team will have a new model ready for the 2015 Geneva Motor Show. Codenamed the P33, not many details are known about the car, but the post in FerrariChat.com says that it will be much smaller than the Glickenhaus P 4/5 (shown above) with a size closer to the Dino Competizone.
The limited available information about the car indicates that the P33 will be crafted from carbon fiber, giving it a 1,600-pound curb weight, with a body that will have a "three-wing design." Planned as a one-off model, the P33 will be powered by a twin-turbo V6 putting out close to 500 horsepower.