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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.

2014 Maserati Ghibli snarls in Shanghai

Big things are happening at Maserati, where the automaker is looking to increase its sales to 50,000 units annually. In addition to the revised Quattroporte that we saw at the Detroit Auto Show earlier this year, Maserati has launched the all-new Ghibli here in Shanghai - a smaller, more driver-focused model that will take on the likes of the Audi A6, BMW 5 Series and Mercedes-Benz E-Class.
At launch, the Ghibli will be offered with three six-cylinder engines, two gas and one diesel. The base engine is a turbocharged 3.0-liter V6 with 330 horsepower and 368 pound-feet of torque, good for a 0-62 time of 5.6 seconds. The more powerful Ghibli S, however, comes with a twin-turbocharged version of this engine, good for 410 hp and 406 lb-ft, reducing that 0-62 time to just five seconds flat. On the diesel end, the Ghibli will offer a 3.0-liter diesel V6 with 275 hp and 443 lb-ft of twist, able to do that same 62-mile-per-hour run in a still impressive 6.3 seconds. The more powerful Ghibli S will also be available with Maserati's new Q4 all-wheel-drive system, though we're told that this feature cannot be had on right-hand-drive versions.
As for what we can see here in Shanghai, the Ghibli looks pretty darn good, though that front fascia reminds us an awful lot of the BMW 3 Series. (Seriously, just picture the Bimmer with a more gaping grille opening.) Maserati will offer the Ghibli with standard 18-inch wheels, though 19s, 20s, and even 21s will be available as optional extras.

Bizarre Levante mule proves SUV will ride on Maserati platform

When Chrysler was developing the current Jeep Cherokee, matte black, lifted Alfa Romeo Giuliettas weren't an unusual site around the company's Auburn Hills, MI headquarters. That's because the Jeep rides on a modified version of the Alfa's platform.
Judging by these images, Maserati is following a similar path for the upcoming Levante. The presence of the modified and lifted Ghibli basically confirms that the company will look in-house for the new CUV's platform rather than outsource it to Jeep (otherwise, we'd be seeing modified Grand Cherokees running about).
The mule's Ghibli body has been fitted with a number of tweaks. Most notable are the higher roof and stretched wheel arches, which we're guessing are an attempt at increasing the sedan's center of gravity and width, respectively, in a bid to match the eventual production model.