Engine supports, when manufactured from a rigid material, present a direct connection between the engine and the vehicle’s frame. Unlike factory-installed, elastomeric versions designed to absorb vibrations, these components eliminate movement between the engine and chassis. For example, a vehicle equipped with these rigid supports will exhibit increased drivetrain responsiveness.
The utilization of rigid engine supports provides several advantages, including enhanced power transfer to the wheels and improved shift feel. Historically, such components were primarily found in racing applications where minimizing drivetrain loss was paramount. However, the increased NVH (noise, vibration, and harshness) associated with their use often made them unsuitable for daily-driven vehicles.
