Risk DS-20S High-Performance Low-Fade Disc Brake Pads

The Risk DS-20S Brake Pads exemplify precision engineering designed for cyclists who understand that braking performance directly impacts safety, equipment longevity, and riding experience. Built upon a proprietary low-dust friction matrix, these pads deliver commanding stopping authority whilst substantially curtailing particulate emissions—a fundamental advantage that preserves drivetrain integrity and reduces maintenance frequency across your entire bike system.

The sophisticated thermal regulation system intelligently manages heat generation during both sustained braking and aggressive deceleration events, eliminating thermal fade and maintaining predictable braking response regardless of riding intensity or environmental conditions. This thermal consistency ensures extended operational life for both pad material and rotor surfaces, directly reducing ownership costs and eliminating unexpected maintenance disruptions during critical riding periods. The DS-20S engineering philosophy prioritises modulation precision, granting riders intuitive control over deceleration intensity—essential for navigating technical descents, executing controlled urban stops, and managing variable terrain demands.

Beyond immediate braking performance, the low-dust formulation actively safeguards your complete drivetrain ecosystem by preventing corrosive dust accumulation on chains, cassettes, derailleurs, and brake components, thereby extending the service intervals of interconnected systems. Reinforced backing plate construction combined with premium friction material bonding ensures these pads withstand repeated thermal cycling, mechanical stress, moisture exposure, and environmental contamination without compromising performance characteristics.

The DS-20S represents a comprehensive braking solution for discerning cyclists—whether you prioritise equipment durability, demand precision control on technical terrain, or seek reliable performance across diverse riding conditions, these pads deliver the engineering sophistication and consistent performance that define professional-grade braking systems.