Introduction
Today, Nissan revealed a high-energy prototype vehicle equipped with a dual motor and a fully controlled all-wheel drive system. This model features cutting-edge technologies currently being developed for the next generation of the company's electric vehicles.
Details of the Prototype Vehicle
The prototype is based on the Nissan LEAF e+, a fully electric model, and includes an all-wheel drive system powered by high-energy front and rear motors integrated with Nissan's advanced chassis control technology.
The result is an all-electric all-wheel drive control system designed to elevate the performance of Nissan's electric vehicles to new heights.
Official Statements
Takao Asami, Senior Vice President of Research and Advanced Engineering at Nissan, stated: "Nissan will soon launch a next-generation electric vehicle that represents a true milestone. The new electric all-wheel control technology currently under development integrates Nissan's electric drive system with all-wheel drive technologies and our chassis control technology to achieve a tremendous leap in acceleration, cornering, and braking performance, rivaling the latest sports cars."
New Technology
This innovative technology for electric vehicles is a key component of Nissan's vision for Intelligent Mobility, which outlines how vehicles will be operated, driven, and integrated into society.
Engine Performance
The prototype features two separate electric motors located at the front and rear, generating a combined output of 227 kW and a maximum torque of 680 Nm.
This power is complemented by the ultra-precise motor control provided by Nissan's advanced electric vehicle technology, enabling smooth and highly responsive acceleration.
Benefits of All-Wheel Control System
Drivers can take advantage of the all-wheel drive system in any road condition, enhancing driving performance and confidence.
Images of the Prototype Vehicle
