BAE Systems, Eaton Expand EV System Collaboration to Include Heavy-Duty Trucks


Electric propulsion provider BAE Systems and global power management company Eaton are expanding their collaboration to include electric vehicle solutions for heavy-duty trucks. The solution offers original equipment manufacturers and commercial vehicle modifiers a comprehensive, efficient, advanced and flexible EV system for a wide range of zero-emission platforms.

In 2023, the two companies signed a memorandum of understanding to provide electric drive technology solutions for the medium-duty truck market. The expanded collaboration now includes heavy-duty applications, offering manufacturers a complete line of electric drive systems for commercial trucks above 19 tons.

BAE Systems will now combine its electric motor and suite of power-dense, advanced power electronics with Eaton’s HD four-speed EV transmission to provide a full heavy-duty EV system. Along with the existing MD-4 solution, the integrated systems are designed for medium- and heavy-duty applications, including pick-up and delivery trucks; school and transit buses; and material handling, refuse and regional haul trucks.

“We are combining our expertise and proven technology to provide customers with a complete EV solution,” says Bob Lamanna, vice president and general manager of Power & Propulsion Solutions at BAE Systems.

“By expanding our scope to include more vehicle ratings, our robust system ensures high performance and reliability across a wider range of classes and sizes,” adds Mark Kramer, business unit director, ePowertrain, Eaton’s Vehicle Group.

The BAE Systems and Eaton solution delivers proven technology in an integrated package that meets the demands of the commercial truck market, backed by decades of collective experience in vehicle electrification. BAE Systems’ power electronics feature advanced materials and a compact, modular design that uses fewer parts, making it highly reliable and adaptable to diverse platforms. Eaton’s MD and HD EV transmissions are purpose-built to increase range, grade capability and acceleration for commercial EVs.

Photo credit: BAE Systems

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