Dynamic Friction 4404-76006 Complete Front and Rear Brake Kit with GeoStop Rotors and Ultimate Duty Performance Pads

The Dynamic Friction 4404-76006 is a complete front and rear brake system upgrade kit designed for drivers who demand superior stopping power and reliability. This comprehensive brake kit includes both front and rear rotors paired with Dynamic Friction's Ultimate Duty Performance brake pads for exceptional braking performance across a wide range of driving conditions.

GeoStop Rotor Technology:

The rotors feature Dynamic Friction's proprietary GeoStop coating, a specialized surface treatment that provides enhanced corrosion resistance and a durable, attractive finish. Manufactured from premium G3000/G11H18 cast iron to OEM specifications, these rotors deliver exceptional strength, stability, and heat dissipation for consistent braking performance.

Ultimate Duty Performance Brake Pads:

Engineered with a high-friction formula, the Ultimate Duty Performance pads (also known as DFC's MOFO pads) provide superior braking power and control in demanding conditions. These pads are specifically designed for daily driving, SUVs and trucks with larger wheels or modified suspensions, off-road applications, and towing scenarios where standard brake pads may fall short.

Key Features:

• Complete kit includes front and rear rotors with matching brake pads
• GeoStop coated rotors for corrosion resistance and durability
• Ultimate Duty Performance pads with high-friction compound
• Low dust and low noise formula for comfortable daily driving
• Excellent fade resistance across wide temperature ranges
• Direct OEM fitment with no modifications required
• Ideal for trucks, SUVs, towing, and off-road applications

This brake kit offers a perfect balance of performance and practicality, providing confident stopping power whether you're commuting, hauling heavy loads, or tackling challenging terrain. Dynamic Friction's commitment to matching the correct friction formulation with specific vehicle applications ensures optimal performance and longevity.