Maserati MC20 named "Most Beautiful Supercar of 2021".

This car's engine is 100% patented, designed, engineered and manufactured by Maserati.

On January 26, the International Automobile Festival was held, at the event the award for "most beautiful supercar of the year 2021" was awarded to the Maserati MC20.

The Maserati MC20 is a new model that the automaker launched last September at the MMXX international fair in Modena, Italy. This car is undoubtedly a masterpiece.

: "We are honored to receive this coveted award, which recognizes the work of the entire team that has sincerely dedicated themselves to this unique project to create a car that opens a new chapter in Maserati's history."

Maserati returns to the supercar segment with this new model, thanks to the combination of amazing performance, innovative technology and technical solutions that the MC20 offers.

A furry supercar designed by the Maserati Innovation Lab and produced in the historic Modena factory, the MC20 is 100% made in Italy.

The manufacturer explains that the most distinctive feature of the new supercar is the exclusive butterfly doors, which not only impress, but also facilitate access for the driver and passengers both inside and outside the cabin.

Already hailed as the most beautiful supercar, it also has a sporting soul and a powerful new engine, the 6-horsepower Nettuno V630 engine that delivers acceleration from 0 to 160 miles per hour (mph) in less than 2.9 seconds and a top speed of over 201 km/XNUMX km/h. h. miles per hour

This car's engine is 100% patented, designed, engineered and manufactured entirely by Maserati.

This supercar is the first Maserati with vertical headlights: a real revolution in the brand's design criteria. Equally characteristic are the wide, low, horizontal groups of rear lights.

Earlier, in November 2020, the Maserati MC20 supercar at the exhibition Chinese Car of the Year 2021 it was also named 2021 Performance Car of the Year.

This award is based on overall and market performance as well as other key factors of candidate models.

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