Dynamic Friction 7002-40040 Disc Brake Rotor Set - Front

Performance brake rotor set

Dynamic Friction 7002-40040 is a drilled and slotted brake rotor set engineered for performance-focused stopping and OE-style reliability. It is compatible with Dodge Dakota front brake applications from 1991-1996, with fitment notes tied to rear drum configuration.

• Drilled and slotted design for stronger pad bite and improved wet-weather braking response.
• Slots help clear brake dust and road debris while reducing pad glazing.
• G3000/G11H18 cast iron construction for durability, reliability, and stability.
• Non-directional finish promotes faster pad bed-in and smoother, quieter stops.
• Machined to tight tolerances and inspected for balance and critical dimensions.

DFC Brake Rotors - Drilled and Slotted - Silver are built to match OEM specifications while adding performance-oriented surface features. The drilled holes help reduce heat buildup on the rotor face, and the slotted pattern supports consistent pad contact under demanding braking conditions. For Dodge Dakota owners looking for a front brake rotor upgrade, part number 7002-40040 combines OE-spec engineering with a performance finish.

Common issues this rotor set can address

• Brake fade from excess heat buildup.
• Reduced stopping response in wet conditions.
• Pad glazing caused by debris and heat.
• Uneven pad bedding after rotor replacement.
• Noise and vibration from inconsistent rotor finish.

Installation notes

Verify front fitment against the vehicle’s rear drum configuration before ordering. This part fits 1991-1996 Dodge Dakota, front, with notes for 9 inch rear drums or a rear brake drum with 10 inch diameter. Follow standard brake service procedures and confirm rotor dimensions and hub fitment during installation.

Quality assurance

Dynamic Friction 7002-40040 is manufactured to OE specifications and undergoes machining, balance correction, and final inspection for critical dimensions. DFC provides a 12 month or 12,000 mile limited warranty against defects in material and workmanship.