Powerflex Lower Engine Mount Bushing (Large) - R6X MINI | AWD

Powerflex Lower Engine Mount Bushing (Large) - R6X MINI | AWDThis part replaces the original rubber bushing in bracket OE number: 22119806995 and fits 4WD vehicles only. The bushing comes with an insert giving the option to stiffen the mount up by fitting the insert into the voids enabling you to change the bushing to suit your driving style. For an insert that fits into the original bushing , please use PFF5 1821. Powerflex polyurethane bushings are designed to decrease the amount of deflection in your car's

This part replaces the original rubber bushing in bracket OE number: 22119806995 and fits 4WD vehicles only. The bushing comes with an insert giving the option to stiffen the mount up by fitting the insert into the voids enabling you to change the bushing to suit your driving style. For an insert that fits into the original bushing , please use PFF5-1821.

Powerflex polyurethane bushings are designed to decrease the amount of deflection in your car's suspension which improves handling, driver feedback, and tire wear. Powerflex uses their own premium polyurethane formulation to provide minimal NVH (noise, vibration, harshness) and increased longevity over stock rubber bushings.

Bushings are produced in one of three durometers – Yellow (70A, approximately 25% stiffer than stock), Purple (80A, approximately 30% stiffer than stock), and Black (95A, approximately 80% stiffer than stock). Unlike other brands using only one urethane grade for all applications, Powerflex design engineers choose the correct hardness to allow for the specific movement or rigidity required for each location while minimizing unwanted NVH.

Powerflex urethane hardness is standardized per fitment and location. This takes out the guess work, so when you choose Street, you know our design engineers have selected the optimal polyurethane hardness for your specific application. Select parts are also available in an optional stiffer urethane (Black Series) for track and autocross performance where NVH is less important.