Magna wins European OEM supply order for scalable, ICE-to-hybrid transmission

Magna is accelerating the industry’s move toward a cleaner future with the debut of its innovative Dual Clutch Transmission Eco (DCT Eco) solution for a European OEM. This contract marks the first high-volume award for the new transmission family and supports various models in global markets with ICE transmissions.

While the awarded business is exclusively for non-hybridized ICE vehicles, Magna’s DCT Eco can be easily tailored to support both ICE and hybrid powertrain strategies on the same vehicle platform needing only minor changes. Its modular design provides high efficiency and an excellent torque-to-weight ratio in a very compact form, delivering significant CO² benefits in conventional B- and C-segment vehicles.

"We are taking an agnostic approach in supplying power to wheels, and our DCT Eco is a great example of a cost-efficient and flexible solution," said Diba Ilunga, President Magna Powertrain. "Today, we are seeing increased customer demand for hybrids worldwide to further reduce CO² emissions. While our transmission award will support non-hybridized ICE vehicles, our Eco product family can serve as a stepping-stone for any customer looking to facilitate future hybridization of their vehicle platforms without the need for expensive vehicle restructuring.”

New modular Dual Clutch Transmission Eco enables seamless hybrid transition on the same vehicle platform with minor changes, states Magna.

Magna’s building block strategy allows for easy scalability of the DCT Eco, enabling OEMs to easily hybridize their platforms staying in the same Dual Clutch Transmission base architecture. Magna’s HDT Eco (Hybrid Drive Transmission) 48V or HV and DHD Eco (Dedicated Hybrid Drive) support everything from 48V mild hybrids up to 120 kW 400 Volt solutions.

Magna has already started production for this program. The DCT Eco was successfully launched in vehicle models earlier this year in South America, with various European models set to follow in 2025.