2017 Maserati Levante on 2040-cars

Auto blog

Maserati Alfieri Concept lands on US shores ahead of 2016 production model

America, meet the next sports car from Maserati. This is the Alfieri Concept, and it made the trip from Europe to make its US debut during the 2014 Monterey Car Week.
The two-door originally made its debut at the 2014 Geneva Motor Show, and has since made an ear-pleasing visit to the UK before it arrived at today's Rolex Monterey Motorsports Reunion at Mazda Raceway Laguna Seca.
For those that need a refresher, the Alfieri is a 2+2 that will, when it arrives in 2016, be available with a 410-, 450- or 520-horsepower V6, with the latter two power levels coming with an all-wheel-drive system. The Alfieri Coupe will be joined by a convertible in 2017.

Maserati Levante Hybrid gets four-cylinder and 48-volt technology

Maserati is keeping its promise of adding more electrified options to its lineup. Shortly after electrifying the Ghibli, it stuffed the turbo-electric powertrain in the Levante to create its second series-produced hybrid model. Presented at the 2021 Shanghai auto show, the Levante Hybrid is powered by a turbocharged, 2.0-liter four-cylinder engine that works with a 48-volt mild-hybrid system. The system's total output checks in at 330 horsepower and 332 pound-feet of torque, figures on par with the Ghibli Hybrid's, and it spins the four wheels via an eight-speed automatic transmission and a limited-slip rear differential. Maserati quotes a six-second sprint from zero to 60 mph, a number that puts the Hybrid about on par with the base model, and a top speed of over 150 mph. While the Levante's hybrid technology does not unlock electric-only driving range, it's much lighter than a comparable plug-in hybrid system, which would require a bigger and heavier battery pack. In turn, this solution gives the Hybrid better weight distribution than the V6-powered model. It's more agile to drive, according to Maserati. It takes a well-trained eye to tell the Levante Hybrid apart from the non-electrified model. Car-spotters should look for light blue accents on the fender-mounted air vents, on the brake calipers, and on the C-pillar emblems. Inside, the same shade of blue is found in the stitching that's on the seats, on the door panels, and on the dashboard. Maserati told Autoblog that, like the Ghibli Hybrid, the Levante Hybrid will not be sold in the United States. Sales in several overseas markets will start before the end of 2021, though pricing and availability haven't been announced yet. While we're not getting Maserati's first electrified SUV, it gives us a valuable look at how the Italian company plans to spread electrification across its range without completely neutering the DNA that characterizes it. That's significant insight, because one of the next electrified Maserati models will be a version of the MC12 supercar. Related video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. Maserati MC20 supercar plays in the snow

This is our clearest look yet at the next Maserati Quattroporte

The best look we've had at the next Maserati Quattroporte so far was found in patent drawings that could have substituted for a whole lot of other cars. But seen here is a more useful glimpse, courtesy of someone on the lookout in Italy who caught a prototype in a skin-hugging wrap.
Maserati has apparently gone with the Charles Eames philosophy on the redesign: "The details are not details. They make the design." The overall line is familiar - not such a bad thing even on this 10-year-old sedan - but the detailing appears to have been refined and made sleeker. The taillights themselves should make for an especially interesting feature if the camo'ed car can be trusted.
The next Quattroporte is predicted to be roughly 450 pounds lighter than the current car, and underhood grunt is expected to come from a 520-horsepower, 5.2-liter turbocharged V8 at launch, followed by a 420-hp, supercharged V6 supplied by Ferrari, both working through an eight-speed ZF transmission.