Engine Mount
Rubber-and-metal engine mounts used in commercial vehicles are robust mounting elements that elastically connect the engine to the frame. The metal body provides the necessary stability and precise power transmission, while the vulcanized rubber component effectively dampens vibrations, engine movements and shocks. This reduces noise, improves the durability of attached components and enhances ride comfort.
Area of application
A rubber-and-metal engine mount is used in commercial vehicles to connect the engine to the vehicle frame in a flexible, vibration-damping manner. It is installed directly between the engine block and the chassis - usually at several mounting points along the engine suspension. Its primary function is to reduce engine vibrations, noise, and shocks, thereby minimizing the stress placed on the cab, powertrain and surrounding components. This improves both ride comfort and the vehicle’s service life.
Technical details
The rubber-and-metal engine mount used in the commercial vehicle sector consists of a metal inner and outer component, which are connected by a specially shaped, vulcanized rubber body. The vulcanized metal component ensures stable, precise force transmission between the engine and the chassis, while the elastic rubber element dampens vibrations, torsional vibrations and shocks. Thanks to its optimized geometry, the mount can absorb vertical and lateral forces as well as engine movements under load.
Characteristics
A rubber-and-metal engine mount offers several key features and advantages in the commercial vehicle sector. The elastic rubber element effectively dampens engine vibrations, torsional vibrations and shocks, thereby reducing noise and significantly improving comfort and smoothness of operation. At the same time, the metal components ensure high stability, precise power transmission and structural integrity. By combining both materials, the mount can absorb multiple types of loads, withstand thermal and mechanical stresses and remain durable and largely maintenance-free. Overall, it reliably protects the engine, powertrain and vehicle structure from excessive stress.