AAM says it designed and engineered the I-Pace e-AAM system at the company’s Trollhättan Technical Center in Trollhättan, Sweden.
28 Sep 2019 | 9747 Views | By Autocar Pro News Desk
Jaguar’s first all-electric production vehicle, the I-Pace, features American Axle & Manufacturing’s all-wheel-drive front and rear e-Drive units.
The e-AAM hybrid and electric driveline BEV system delivers 400 hp., 516 lb. ft. of torque and high-performance all-wheel-drive via two electric drive units. Capable of reaching 100kph in just four ...
This is an Autocar Pro Plus article. Subscribe to continue reading.
Jaguar’s first all-electric production vehicle, the I-Pace, features American Axle & Manufacturing’s all-wheel-drive front and rear e-Drive units.
The e-AAM hybrid and electric driveline BEV system delivers 400 hp., 516 lb. ft. of torque and high-performance all-wheel-drive via two electric drive units. Capable of reaching 100kph in just four seconds, AAM’s system provides maximum performance in a compact design.
“AAM worked with Jaguar to design, develop and build the high-performance and highly efficient e-AAM electric drive units for the I-Pace,” said David C. Dauch, AAM Chairman and CEO. “Technologies that move forward vehicle electrification -- particularly the driveline -- are an integral part of AAM’s product portfolio and we continue to advance electrified solutions with other global customers.”
AAM’s I-Pace system includes two power dense electric drive units that are designed to maximize power but minimize system space and help contribute to the vehicle’s low centre of gravity. Using Jaguar-designed permanent magnet motors, AAM’s independently controlled drive units provide immediate torque and all-wheel drive for optimal control and maximum safety.
AAM says it designed and engineered the I-Pace e-AAM system at the company’s Trollhättan Technical Center in Trollhättan, Sweden. The system is built in Poland at AAM’s Świdnica Manufacturing Facility, which is dedicated to producing precision-engineered AAM driveline systems and components.