Original: $234.16
-65%$234.16
$81.96The Story
Brake Kit Overview
The Dynamite Friction DFC GEOSPEC Coated Rotors with 5000 Advanced Brake Pads and hardware kit is a complete disc brake kit for service replacement. Part number 4512-79005 combines coated rotors, ceramic-style pads, and brake hardware in one package for a cleaner brake service on the correct axle application.
Compatible With select vehicle applications, this kit is built for drivers searching for a front or rear brake rotor and pad kit with corrosion-resistant rotor surfaces and OE-style braking components. The 4512-79005 brake kit is designed for service work where rotor finish, pad stability, and hardware condition all matter.
Key Features
- DFC GEOSPEC coated rotors with a silver-gray corrosion-resistant finish
- Dry-processed rotors that are ready to install without oil removal
- G3000/G11H18 cast iron rotor construction for OE-style durability and stability
- Non-directional rotor finish for more even pad bed-in and smoother braking
- DFC 5000 Advanced brake pads with post-cured friction material
- Scorched pads to reduce initial break-in time
- Premium rubber-steel-rubber shims for improved noise, vibration, and harshness control
- Brake hardware designed with PTFE coating, vulcanized rubber, and stainless steel
Product Line Details
The DFC GEOSPEC rotor line focuses on corrosion protection and installation efficiency. The coated surface is intended to resist rust better than conventional paint or zinc finishes, while the dry packaging helps reduce prep time during brake service. The 5000 Advanced pad line is formulated for stable friction performance and consistent pedal response across a range of passenger vehicle and light truck applications.
What This Brake Kit Helps Address
- Rotor rust and surface corrosion
- Brake noise from worn pads or fatigued hardware
- Uneven pad bed-in after rotor replacement
- Reduced braking consistency from aged friction material
- Caliper movement caused by worn disc brake hardware
Installation Notes
Before ordering, confirm axle position and vehicle fitment for your exact application. This part number, 4512-79005, is intended for service replacement on the specified brake position only. For best results, inspect calipers, slides, and brake fluid condition during installation, and follow the vehicle manufacturer’s torque and bedding procedures.
Search terms often used for this kit include front brake rotor and pad kit, rear disc brake service kit, coated brake rotors with ceramic pads, and brake hardware replacement for passenger cars and light trucks. This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.
Quality Assurance
DFC GEOSPEC rotors are machined to tight tolerances, inspected for balance on vented designs, and checked against OE specifications after processing. The rotors include a 12-month warranty against defects in material and workmanship. DFC 5000 Advanced pads are post-cured, scorched, and assembled with premium shims to support stable friction performance and quieter operation.
Description
Brake Kit Overview
The Dynamite Friction DFC GEOSPEC Coated Rotors with 5000 Advanced Brake Pads and hardware kit is a complete disc brake kit for service replacement. Part number 4512-79005 combines coated rotors, ceramic-style pads, and brake hardware in one package for a cleaner brake service on the correct axle application.
Compatible With select vehicle applications, this kit is built for drivers searching for a front or rear brake rotor and pad kit with corrosion-resistant rotor surfaces and OE-style braking components. The 4512-79005 brake kit is designed for service work where rotor finish, pad stability, and hardware condition all matter.
Key Features
- DFC GEOSPEC coated rotors with a silver-gray corrosion-resistant finish
- Dry-processed rotors that are ready to install without oil removal
- G3000/G11H18 cast iron rotor construction for OE-style durability and stability
- Non-directional rotor finish for more even pad bed-in and smoother braking
- DFC 5000 Advanced brake pads with post-cured friction material
- Scorched pads to reduce initial break-in time
- Premium rubber-steel-rubber shims for improved noise, vibration, and harshness control
- Brake hardware designed with PTFE coating, vulcanized rubber, and stainless steel
Product Line Details
The DFC GEOSPEC rotor line focuses on corrosion protection and installation efficiency. The coated surface is intended to resist rust better than conventional paint or zinc finishes, while the dry packaging helps reduce prep time during brake service. The 5000 Advanced pad line is formulated for stable friction performance and consistent pedal response across a range of passenger vehicle and light truck applications.
What This Brake Kit Helps Address
- Rotor rust and surface corrosion
- Brake noise from worn pads or fatigued hardware
- Uneven pad bed-in after rotor replacement
- Reduced braking consistency from aged friction material
- Caliper movement caused by worn disc brake hardware
Installation Notes
Before ordering, confirm axle position and vehicle fitment for your exact application. This part number, 4512-79005, is intended for service replacement on the specified brake position only. For best results, inspect calipers, slides, and brake fluid condition during installation, and follow the vehicle manufacturer’s torque and bedding procedures.
Search terms often used for this kit include front brake rotor and pad kit, rear disc brake service kit, coated brake rotors with ceramic pads, and brake hardware replacement for passenger cars and light trucks. This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.
Quality Assurance
DFC GEOSPEC rotors are machined to tight tolerances, inspected for balance on vented designs, and checked against OE specifications after processing. The rotors include a 12-month warranty against defects in material and workmanship. DFC 5000 Advanced pads are post-cured, scorched, and assembled with premium shims to support stable friction performance and quieter operation.
