Mexican Media Brands
All Future Lotus Models to Get EV Variant
Group Lotus plc, which unveiled its first all-electric model this week, plans to offer electric variants of all future vehicles.
#hybrid
Share
Group Lotus plc, which unveiled its first all-electric model this week, plans to offer electric variants of all future vehicles.
The EV rollout will start after the launch of a new traditionally powered sports car next year, Lotus CEO Phil Popham tells Autocar. He is coy about whether Lotus’ electrification strategy will include hybrid powertrains or simply offer a choice of piston or all-electric systems.
The upcoming Evija electric hypercar (pictured) promises to be the industry’s most powerful production model ever. Lotus says the vehicle’s four electric motors will make a combined 1,970 hp and 1,250 lb-ft of torque. Sales of the $2 million-plus model will start next year.
The new piston-powered sports car, also due next year, will feature a Toyota-sourced engine and ride on a modified version of an existing Lotus platform. The unnamed car will precede an all-new platform that will carry the U.K.-based company’s next-generation Elise, Evora and Exige cars.
Lotus also is developing a crossover vehicle that will be built at a factory being constructed in Wuhan, China, by Lotus parent Zhejiang Geely Holding Group.
RELATED CONTENT
-
Flying Car Flight of Fancy Gets Real
People have been dreaming about flying cars since the early days of the auto and aircraft industries.
-
On The Jeep Grand Cherokee, 2022 Nissan Pathfinder, and More
An inside look at the Detroit Assembly Complex-Mack; a innovative approach to waste-free, two-tone painting; why a forging press is like an F1 car; and other automotive developments.
-
Magna Advances Seating Configurations
Magna International is focusing on electrification, autonomy and smart mobility. This is taking the form of things ranging from an electrified system for rear axles (eDrive 1.0) to a collaborative arrangement with Lyft, which includes the co-development and manufacture of self-driving systems.
