Caliper Bracket Carrier Double Bearing

The Caliper Bracket Carrier Double Bearing is a precision-engineered rear brake caliper mounting component designed for micro sprint racing applications where weight savings and structural integrity are non-negotiable. This aluminum bracket assembly secures brake calipers to the carrier mount system, providing the rigid, repeatable positioning required for consistent braking performance under sustained lateral and longitudinal loads. Built for racing environments where brake fade and caliper deflection can cost races, this carrier mount solution is essential for competitors who demand race-proven reliability and minimal rotational play.

Constructed from aluminum and finished in black anodized coating, the Caliper Bracket Carrier Double Bearing utilizes dual bearing support to eliminate lateral movement and ensure consistent brake pad engagement across repeated braking cycles. The dual bearing design distributes load evenly across the mounting interface, reducing stress concentration and extending bracket service life in high-vibration racing environments. Black anodized finish provides corrosion resistance while maintaining a professional appearance and low thermal signature. At 2.5 lbs, this bracket delivers optimal weight-to-strength ratio critical for micro sprint platforms where unsprung mass directly impacts handling response and tire grip.

Micro sprint racers and sprint car builders benefit most from this carrier mount design, particularly those running independent rear suspension systems where brake caliper positioning directly affects pad wear and stopping distance. The dual bearing system is compatible with standard micro sprint rear axle configurations and carrier mount protocols. Installation requires proper alignment to the rotor centerline and secure fastening to prevent micromovements that degrade brake modulation. For competitors serious about chassis tuning and brake system optimization, this bracket provides the precision foundation necessary for competitive edge on short tracks.