Dynamic Friction 6802-03014 DFC 4000 HybriDynamic Disc Brake Pad Set

The Dynamic Friction Company (DFC) 4000 HybriDynamic Brake Pads (Part# 6802-03014) deliver a winning combination of reliable daily-driving performance and outstanding value. Engineered with a proprietary hybrid friction formulation, these pads bridge the gap between conventional semi-metallic and ceramic compounds, giving drivers the best characteristics of both worlds.

Key Features:

• HybriDynamic Hybrid Formulation — Stable friction performance across a wide operating temperature range for consistent, confident stops
• Consistent Pedal Feel — Engineered to deliver a dependable, linear pedal response and superb brake response every time
• Low Dust & Low Noise — Keeps wheels cleaner and braking quieter compared to traditional semi-metallic pads
• Excellent Fade Resistance — Maintains stopping power under repeated or prolonged braking demands
• Rotor-Friendly Design — Proven to extend both pad and rotor service life, reducing long-term maintenance costs
• 100% Post Cured & Scorched — Factory scorching removes uncured bonding agents, minimizing break-in time and maximizing stopping power from the very first stop
• DFC Premium Rubber-Steel-Rubber Shims — Multi-layer shim design for improved NVH (noise, vibration, and harshness) suppression
• Chamfers, Slots & Underlayer — Precision-cut chamfers and slots reduce brake noise; the underlayer promotes friction-to-plate adhesion and acts as a thermal barrier to minimize heat transfer into the caliper
• 100% Asbestos-Free & Copper-Free — Meets California and Washington low-copper requirements for 2021/2025 compliance (Leaf Mark certified)
• OE Replacement Grade — Designed as a direct-fit, OEM-quality replacement for passenger cars, SUVs, and light-duty trucks

The DFC 4000 HybriDynamic series is the ideal choice for everyday commuters who want a step above the ordinary without sacrificing ride comfort or wheel cleanliness. These brake pads are a straightforward, no-compromise upgrade for drivers seeking reliable stopping power, long service intervals, and quieter braking in a single, cost-effective package.