Nissan Readies Electric Crossover
Nissan Motor Co. is developing an all-electric small crossover vehicle to be launched in mid-2021.
#hybrid
Nissan Motor Co. is developing an all-electric small crossover vehicle that the company plans to launch in mid-2021, Automotive News reports.
The carmaker gave U.S. dealers a sneak peek of the vehicle at a meeting last month. Attendees described the crossover as a five-seater that has the exterior dimensions of a Rogue compact crossover and the interior capacity of the midsize Murano.
The new crossover is expected to have a driving range of about 300 miles per charge. Zero to 60 mph acceleration is targeted to be less than five seconds.
Other goodies on the model previewed to dealers include a digital dashboard and an updated version of Nissan’s ProPilot Assist semi-autonomous driving system.

Nissan was one of the first carmakers to launch an EV with the Leaf hatchback in 2010. But, despite several recent concepts (such as the IMQ pictured), the company has been slow to add a second EV in the U.S.
The new model would be one of eight EVs and plug-in hybrids that Nissan plans to launch globally in coming years. This could include electrified versions of the second-generation Juke crossover due early 2020. Last year, the carmaker added an all-electric version of the Leaf-based Sylphy compact car in China.
RELATED CONTENT
-
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.
-
GM Develops a New Electrical Platform
GM engineers create a better electrical architecture that can handle the ever-increasing needs of vehicle systems
-
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.