Dynamic Friction 6822-32017 DFC 4000 HybriDynamic Disc Brake Pad Set

The Dynamic Friction Company (DFC) 4000 HybriDynamic Brake Pads (Part# 6822-32017) represent a significant advancement in everyday braking technology, bridging the gap between standard OE replacement pads and premium aftermarket performance pads. Engineered with a hybrid friction formulation, these pads are purpose-built for drivers who demand reliable, quiet, and clean stopping power for daily commuting and normal street driving.

Key Features:

• Hybrid Friction Material: Integrally molded hybrid compound that combines the best characteristics of ceramic and semi-metallic formulations for balanced performance
• Low Dust Formula: Engineered to minimize brake dust accumulation on wheels
• Low Noise Design: Chamfered and slotted pad surface (where applicable) reduces noise during braking
• Consistent Pedal Feel: Formulated to deliver a dependable, confidence-inspiring pedal response and excellent brake feedback
• 100% Post Cured and Scorched: Each pad is fully post-cured for stable friction performance, then scorched to remove uncured bonding agents — minimizing the need for a break-in period and maximizing stopping power from the very first stop
• Premium RSR Shims: Assembled with DFC's Premium Rubber-Steel-Rubber shims for improved NVH (noise, vibration, and harshness) characteristics
• Positive Mold Construction: Promotes consistent friction material density across the pad surface
• OE Replacement Grade: Designed as a direct-fit replacement meeting or exceeding original equipment specifications
• Wear Sensor Compatible: Prepared for electronic pad wear sensor integration

The DFC 4000 HybriDynamic series takes the guesswork out of brake pad selection by delivering a single formulation that excels in everyday commuting conditions — providing excellent fade resistance, low dust, and stable friction performance across a wide operating temperature range. These pads are an ideal choice for drivers seeking a meaningful upgrade over budget brake pads without sacrificing daily-driver comfort.