Dynamic Friction 6802-59087 DFC 4000 HybriDynamic Disc Brake Pad Set

The Dynamic Friction Company 6802-59087 is a DFC 4000 HybriDynamic brake pad set engineered to deliver confident, consistent stopping performance for passenger vehicles and light-duty trucks. The proprietary HybriDynamic formulation combines ceramic and semi-metallic materials to bridge the gap between everyday commuter pads and premium-tier performance pads — offering a compelling balance of fade resistance, rotor friendliness, and quiet operation.

All DFC 4000 HybriDynamic pads are 100% post-cured and scorched at the factory to remove uncured bonding agents, minimizing the need for an extended break-in period and delivering strong stopping power right from the first stop.

Key Features:

• HybriDynamic Formulation — Proprietary hybrid blend of ceramic and semi-metallic materials tuned for stable friction across a wide temperature range
• Excellent Fade Resistance — Maintains consistent braking performance under repeated or prolonged braking
• Extremely Low Dust — Helps keep wheels cleaner compared to traditional semi-metallic pads
• Low Noise Design — Chamfers, slots, and underlayers reduce brake noise during daily driving
• DFC Premium Rubber-Steel-Rubber Shims — Dampens NVH (noise, vibration, and harshness) for a quieter ride
• Underlayer Construction — Promotes superior friction-to-plate adhesion and acts as a thermal barrier to minimize heat transfer into the caliper, reducing the risk of brake fluid boil
• 100% Copper-Free Eco-Friendly Formulation — Compliant with California and Washington low-copper requirements for 2021 and 2025 standards
• OE Replacement Grade — Direct-fit, drop-in replacement designed to match original equipment specifications
• Positive Mold Construction — Ensures consistent friction material density across every pad

The DFC 4000 HybriDynamic series is the ideal choice for daily commuters seeking a quiet, clean, and reliable brake pad upgrade that outperforms standard economy pads without the premium price of track-oriented compounds.