SRAM AM DB Brake Pad Sin/Stl Trl/Gd/G2 Pwr grey 00.5318.003.005 (00.5318.003.005)

SRAM AM DB Brake Pad Sin/Stl Trl/Gd/G2 Pwr brake pads ensure high braking efficiency during intensive riding in demanding off-road conditions. The metallic material mixture guarantees excellent wear resistance while maintaining a consistent, precise modulation of braking force.

Metallic material mixture

The SRAM AM DB Brake Pad Sin/Stl Trl/Gd/G2 Pwr features a metallic mixture that significantly increases the durability of the pads during prolonged use. This material is characterised by high resistance to overheating, which translates into reliable performance during heavy braking. Metallic pads are particularly recommended for riding in challenging, often muddy or rocky conditions.

Compatibility with disc brakes

The SRAM AM DB Brake Pad Sin/Stl Trl/Gd/G2 Pwr brake pads have been specially designed for disc brake systems, providing optimal contact with the rotor and stable performance over a wide temperature range. Their design allows for effective heat dissipation, which is crucial during aggressive mountain or enduro riding. The pads also guarantee quick recovery of full braking power after exposure to moisture or mud.

Designed for intensive off-road riding

The SRAM AM DB Brake Pad Sin/Stl Trl/Gd/G2 Pwr model has been developed with riders in mind who expect repeatable, high performance in conditions of intensive use. The pads demonstrate excellent resistance to external factors and allow for predictable braking even during dynamic descents. The metallic mixture performs well in both dry and wet off-road conditions.

SRAM AM DB Brake Pad Sin/Stl Trl/Gd/G2 Pwr brake pads - features:

• Metallic material mixture with increased durability and resistance;
• Designed for SRAM disc brake systems;
• Stable, predictable modulation of braking force in all conditions;
• Effective heat dissipation during long descents;
• High resistance to overheating and wear;
• Quick recovery of full power after exposure to moisture;
• Intended for intensive mountain off-road riding;
• Solid adhesion to the rotor for maximum efficiency;
• Proven performance in both dry and wet conditions.