Dynamite Friction 4512-76152 Disc Brake Kit - Rear
Rear Brake Kit for Toyota Mirai and Prius V
Dynamite Friction DFC GEOSPEC Coated Rotors with 5000 Advanced Brake Pads - Ceramic and Hardware, part number 4512-76152, is a rear disc brake kit built for OE-style service on select Toyota applications. It combines coated rotors, ceramic brake pads, and matching hardware components in one package for a complete rear brake refresh.
Compatible With 2016-2020 Toyota Mirai, rear, and 2012-2017 Toyota Prius V, rear. This kit is a direct-fit option for drivers looking for a rear brake kit for 2016-2020 Toyota Mirai or a rear brake service kit for 2012-2017 Toyota Prius V.
Key Features
- DFC GEOSPEC coated rotors with a silver-gray corrosion-resistant finish
- 5000 Advanced ceramic brake pads with post-cured friction material
- Scorched pads for reduced initial break-in time
- Premium rubber-steel-rubber shims for improved NVH control
- Rotors machined to tight tolerances with a non-directional finish
- Dry-processed, ready-to-install rotors with no oil cleanup required
- Hardware kit engineered to OE form, fit, and function
- Part number 4512-76152 for rear brake service applications
Product Details
The DFC GEOSPEC rotor design uses a coated surface to resist rust better than conventional paint or zinc finishes, while the cast iron rotor construction is machined for dimensional accuracy and smoother pad bedding. The 5000 Advanced ceramic pads are formulated for stable friction performance and are assembled with shims that help reduce brake noise and vibration. Together, these components create a practical rear brake solution for Toyota Mirai and Toyota Prius V owners who want a service kit built around OE specifications.
This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.
Common Brake Issues This Kit Can Address
- Rear brake noise during stops
- Uneven or premature pad wear
- Rust buildup on exposed rotor surfaces
- Brake vibration from worn or fatigued hardware
- Reduced stopping consistency from aged rear brake components
Installation Notes
Rear brake service should include inspection of caliper movement, rotor condition, and hardware wear before installation. DFC rotors are shipped dry and ready to install, which eliminates rotor cleaning before assembly. Follow the vehicle service procedure for pad bedding and torque specifications to help ensure even contact and consistent braking performance.
Quality Assurance
DFC rotors are 100% inspected for critical dimensions and balance, and each rotor is backed by a 12-month warranty against defects in material and workmanship. The pads are post-cured and scorched to support stable friction characteristics from the first stop.
Rear Brake Kit for Toyota Mirai and Prius V
Dynamite Friction DFC GEOSPEC Coated Rotors with 5000 Advanced Brake Pads - Ceramic and Hardware, part number 4512-76152, is a rear disc brake kit built for OE-style service on select Toyota applications. It combines coated rotors, ceramic brake pads, and matching hardware components in one package for a complete rear brake refresh.
Compatible With 2016-2020 Toyota Mirai, rear, and 2012-2017 Toyota Prius V, rear. This kit is a direct-fit option for drivers looking for a rear brake kit for 2016-2020 Toyota Mirai or a rear brake service kit for 2012-2017 Toyota Prius V.
Key Features
- DFC GEOSPEC coated rotors with a silver-gray corrosion-resistant finish
- 5000 Advanced ceramic brake pads with post-cured friction material
- Scorched pads for reduced initial break-in time
- Premium rubber-steel-rubber shims for improved NVH control
- Rotors machined to tight tolerances with a non-directional finish
- Dry-processed, ready-to-install rotors with no oil cleanup required
- Hardware kit engineered to OE form, fit, and function
- Part number 4512-76152 for rear brake service applications
Product Details
The DFC GEOSPEC rotor design uses a coated surface to resist rust better than conventional paint or zinc finishes, while the cast iron rotor construction is machined for dimensional accuracy and smoother pad bedding. The 5000 Advanced ceramic pads are formulated for stable friction performance and are assembled with shims that help reduce brake noise and vibration. Together, these components create a practical rear brake solution for Toyota Mirai and Toyota Prius V owners who want a service kit built around OE specifications.
This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.
Common Brake Issues This Kit Can Address
- Rear brake noise during stops
- Uneven or premature pad wear
- Rust buildup on exposed rotor surfaces
- Brake vibration from worn or fatigued hardware
- Reduced stopping consistency from aged rear brake components
Installation Notes
Rear brake service should include inspection of caliper movement, rotor condition, and hardware wear before installation. DFC rotors are shipped dry and ready to install, which eliminates rotor cleaning before assembly. Follow the vehicle service procedure for pad bedding and torque specifications to help ensure even contact and consistent braking performance.
Quality Assurance
DFC rotors are 100% inspected for critical dimensions and balance, and each rotor is backed by a 12-month warranty against defects in material and workmanship. The pads are post-cured and scorched to support stable friction characteristics from the first stop.
Original: $149.57
-65%$149.57
$52.35Description
Rear Brake Kit for Toyota Mirai and Prius V
Dynamite Friction DFC GEOSPEC Coated Rotors with 5000 Advanced Brake Pads - Ceramic and Hardware, part number 4512-76152, is a rear disc brake kit built for OE-style service on select Toyota applications. It combines coated rotors, ceramic brake pads, and matching hardware components in one package for a complete rear brake refresh.
Compatible With 2016-2020 Toyota Mirai, rear, and 2012-2017 Toyota Prius V, rear. This kit is a direct-fit option for drivers looking for a rear brake kit for 2016-2020 Toyota Mirai or a rear brake service kit for 2012-2017 Toyota Prius V.
Key Features
- DFC GEOSPEC coated rotors with a silver-gray corrosion-resistant finish
- 5000 Advanced ceramic brake pads with post-cured friction material
- Scorched pads for reduced initial break-in time
- Premium rubber-steel-rubber shims for improved NVH control
- Rotors machined to tight tolerances with a non-directional finish
- Dry-processed, ready-to-install rotors with no oil cleanup required
- Hardware kit engineered to OE form, fit, and function
- Part number 4512-76152 for rear brake service applications
Product Details
The DFC GEOSPEC rotor design uses a coated surface to resist rust better than conventional paint or zinc finishes, while the cast iron rotor construction is machined for dimensional accuracy and smoother pad bedding. The 5000 Advanced ceramic pads are formulated for stable friction performance and are assembled with shims that help reduce brake noise and vibration. Together, these components create a practical rear brake solution for Toyota Mirai and Toyota Prius V owners who want a service kit built around OE specifications.
This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.
Common Brake Issues This Kit Can Address
- Rear brake noise during stops
- Uneven or premature pad wear
- Rust buildup on exposed rotor surfaces
- Brake vibration from worn or fatigued hardware
- Reduced stopping consistency from aged rear brake components
Installation Notes
Rear brake service should include inspection of caliper movement, rotor condition, and hardware wear before installation. DFC rotors are shipped dry and ready to install, which eliminates rotor cleaning before assembly. Follow the vehicle service procedure for pad bedding and torque specifications to help ensure even contact and consistent braking performance.
Quality Assurance
DFC rotors are 100% inspected for critical dimensions and balance, and each rotor is backed by a 12-month warranty against defects in material and workmanship. The pads are post-cured and scorched to support stable friction characteristics from the first stop.
