Control Arm Bumpers and Control Rear Axle Bumpers, Noise-reducing Impact-resistant Shaft Buffers, Compatible with GMC Chevy Cadillac 15153958 905-208 15039397 (Yellow)

1. Two Control Arm Bumpers and Two Control Rear Axle Bumpers2. Compatible with Escalade 2002-2006, Chevry Avalanche 1500 2002-2006, Avalanche 2500 2002-2003, Chevry Silverado 1500 1999-2006, Silverado 1500 Classic 2000-2006. OE: 15153958, 905-208, 150393973. The buffer is designed to reduce impact forces transmitted to the vehicle from the control arm and rear axle. Crafted from polyurethane, this buffer block offers superior impact resistance and ensures long-term

• Compatible Models: Specifically engineered for GMC and Chevrolet vehicles, compatible with Escalade 2002-2006, Chevry Avalanche 1500 2002-2006, Chevry Avalanche 2500 2002-2003, Chevry Silverado 1500 1999-2006, and Chevry Silverado 1500 Classic 2000-2006. It matches OEM part numbers 15153958, 905-208, 15039397.
• Impact Resistance: Crafted from high-impact polyurethane, these buffers withstand road impacts and collision forces from control arm/rear axle movements during driving. They resist cracking or deformation even in challenging road conditions.
• Powerful Noise Reduction: The shock absorbers deliver significant noise reduction performance. Utilizing specialized materials and structural design, they effectively absorb noise generated by collisions and friction between the control arms, rear axle, and other components during vehicle operation.
• Complete Set Configuration: Includes two control arm dampers and two rear axle dampers, fully covering the damping needs for the two core components—control arms and rear axles—in the vehicle system. No need for additional separate purchases; one set completes the damping upgrade or replacement for all relevant parts.
• Non-invasive Installation: The damper's dimensions and mounting holes perfectly match the original vehicle components. Installation requires no cutting, welding, or other modifications to the vehicle. Simply mount it directly to the target location, reducing installation complexity while ensuring precise fitment and operational safety.