Mitsubishi Motors showcases e-Evolution concept at LA Auto Show; battery-electric crossover w/triple motor 4WD
Mitsubishi Motors North America, Inc. (MMNA) unveiled the e-Evolution Concept vehicle at the 2018 Los Angeles Auto Show, marking the vehicle’s North American debut. A technical prototype, the e-Evolution Concept incorporates the strengths of a sport utility vehicle (SUV), electric vehicle (EV), and the ability to integrate new systems for a connected mobility customer experience.
The e-Evolution Concept uses two high-torque, high-performance electric motors, fed by a high-capacity battery system to deliver a smooth and powerful performance. The drive battery is located under the floor mid-ship of the vehicle, providing a low center of gravity for the utmost driving stability.
The triple motor 4WD system employs a single motor to drive the front wheels, complemented by a new Dual Motor Active Yaw Control (AYC) system that couples two rear motors through an electronically controlled torque-vectoring AYC unit. All of this is integrated into Mitsubishi’s unique Super All-Wheel Control (S-AWC) vehicle dynamic control system, developed on the company’s World Rally Championship and Paris-Dakar racecars.
In the e-Evolution Concept, Active Yaw Control uses individual brakes to responsively and precisely control the driving forces, through electric calipers that supersede the conventional hydraulic caliper. The effects of the system can be felt and appreciated immediately, even at low speeds when G-forces are low.
The brain of the e-Evolution Concept is an Artificial Intelligence (AI) system that augments the driver’s capabilities. An array of sensors allows the AI system to instantly read changes in road and traffic conditions, as well as the driver's intent. Seamlessly coordinating driver intent with vehicle performance, the system supports drivers of all abilities.
By making it easier and safer to control the vehicle, the driving experience is brought to a new level. A special coaching function allows the AI system to transfer knowledge to the driver, and unobtrusively to enhance the driver’s skill. After building a picture of the driver’s skill level, the system constructs a training program that provides advice through voice dialogue and a large dashboard display.