NVH Expertise NVH Solutions Mobility Trends Career Company Media DE Commercial Vehicle Products | Motor Mounts Motor Mounts for Electric Trucks Address high torque and high frequency NVH challenges The transport industry is constantly striving for higher efficiency, therefore electric commercial vehicles are also on the rise. This leads to new Noise, Vibration and Harshness challenges such as higher torque, lower noise levels and high frequencies. Our motor mounts for electric commercial vehicle address these challenges for high torque and high frequency applications over different weight groups. Motor mounts for electric commercial vehicles provide static and dynamic damping and the resonance frequency can be precisely tuned. The special geometry enables a low stiffness rate, which allows for the high linear free travel of the mount. This ensures the high vibration and noise isolation of the motor or road surface-induced vibrations. At the same time, the mount controls the motor movement in all directions under high torque, resulting in high stability whereas the rubber bump stops increase durability. The lightweight construction uses aluminum for the outer housing and the core as well as an optimized motor mount design. This results in a 20 times lighter motor mount than comparable mounts for combustion engines. About Motor Mounts Motor mounts effectively isolate motor vibrations, dampen road excitations and support stability. Commercial vehicle drive trains with their heavy weight and high torques are a major source of vibrations. Commercial vehicle motor mounts from Vibracoustic help reduce noise and vibration, withstand high loads and torques, ensure reliable operation and are weight-optimized. more Related Products Motor Mounts Transmission Mounts Downloads Code of Conduct Documents for Customers Documents for Suppliers Imprint Data Protection Legal Notice Follow us on Contact us Jobs & Career Products & Services Suppliers & Service Providers Vibracoustic Aftermarket Our Locations Media Compliance The website uses cookies to allow for the best possible user experience. These include cookies that are necessary for site functionality, cookies used for anonymous statistical purposes and those needed for the integration of external content. By clicking “accept”, you consent to the use of ALL the cookies. However you may visit Cookie Settings to provide a controlled consent. You can read more about the use of cookies in our privacy policy. cookie settingsaccept