Dynamite Friction 4512-58047 Disc Brake Kit - Rear
Rear Brake Kit for Honda CR-V
The Dynamite Friction DFC GEOSPEC Coated Rotors with 5000 Advanced Brake Pads - Ceramic and Hardware kit is built for rear brake service on the Honda CR-V. Part number 4512-58047 combines coated rotors, ceramic pads, and matching hardware for a complete rear brake refresh on select 2017-2026 Honda CR-V models.
Key Features
- Rear disc brake kit for 2017-2026 Honda CR-V applications
- DFC GEOSPEC coated rotors with a silver-gray corrosion-resistant finish
- Dry-processed, ready-to-install rotors with no oil removal step
- Non-directional rotor finish for even pad bed-in and smoother braking
- 5000 Advanced ceramic brake pads with post-cured friction material
- Premium rubber-steel-rubber shims for improved noise and vibration control
- Brake hardware designed with PTFE coating, vulcanized rubber, and stainless steel
- Part number 4512-58047 for rear brake service on Honda CR-V
Product Details
DFC GEOSPEC rotors are manufactured to OEM-style G3000/G11H18 cast iron specifications and machined to tight tolerances for durability and stability. The coated surface helps resist rust, while the non-directional finish supports quicker pad bedding and quieter stops. The 5000 Advanced pads are post cured and scorched to reduce initial break-in time and deliver stable friction from the first stop. The included hardware kit is engineered to restore proper spring tension and caliper movement on worn rear brake assemblies. This part number, 4512-58047, is a direct-fit rear brake solution for Honda CR-V owners looking for a complete service kit.
Common Brake Issues This Kit Can Address
- Rear brake noise, squeal, or vibration
- Rust buildup on exposed rotor surfaces
- Uneven pad wear or reduced caliper movement
- Longer stopping distances from worn rear components
- Brake pulsation caused by rotor wear or finish issues
Installation Notes
Fits 2017-2021 Honda CR-V, rear. Fits 2022-2026 Honda CR-V, rear. Verify rear axle application before installation and inspect caliper slides, pad contact points, and rotor mounting surfaces during service. The rotors are shipped dry and ready to install, which helps reduce prep time during a standard brake job. Part number 4512-58047 should be matched to the vehicle’s rear brake configuration before assembly.
Quality Assurance
Each rotor is 100% inspected for critical dimensions and balance, with vented rotors electronically mill-balanced when required. DFC states that the rotors meet OE specifications and includes a 12-month warranty against defects in material and workmanship. The brake pads are post cured for stable friction performance, and the hardware kit is built to OE-style form, fit, and function.
Rear Brake Kit for Honda CR-V
The Dynamite Friction DFC GEOSPEC Coated Rotors with 5000 Advanced Brake Pads - Ceramic and Hardware kit is built for rear brake service on the Honda CR-V. Part number 4512-58047 combines coated rotors, ceramic pads, and matching hardware for a complete rear brake refresh on select 2017-2026 Honda CR-V models.
Key Features
- Rear disc brake kit for 2017-2026 Honda CR-V applications
- DFC GEOSPEC coated rotors with a silver-gray corrosion-resistant finish
- Dry-processed, ready-to-install rotors with no oil removal step
- Non-directional rotor finish for even pad bed-in and smoother braking
- 5000 Advanced ceramic brake pads with post-cured friction material
- Premium rubber-steel-rubber shims for improved noise and vibration control
- Brake hardware designed with PTFE coating, vulcanized rubber, and stainless steel
- Part number 4512-58047 for rear brake service on Honda CR-V
Product Details
DFC GEOSPEC rotors are manufactured to OEM-style G3000/G11H18 cast iron specifications and machined to tight tolerances for durability and stability. The coated surface helps resist rust, while the non-directional finish supports quicker pad bedding and quieter stops. The 5000 Advanced pads are post cured and scorched to reduce initial break-in time and deliver stable friction from the first stop. The included hardware kit is engineered to restore proper spring tension and caliper movement on worn rear brake assemblies. This part number, 4512-58047, is a direct-fit rear brake solution for Honda CR-V owners looking for a complete service kit.
Common Brake Issues This Kit Can Address
- Rear brake noise, squeal, or vibration
- Rust buildup on exposed rotor surfaces
- Uneven pad wear or reduced caliper movement
- Longer stopping distances from worn rear components
- Brake pulsation caused by rotor wear or finish issues
Installation Notes
Fits 2017-2021 Honda CR-V, rear. Fits 2022-2026 Honda CR-V, rear. Verify rear axle application before installation and inspect caliper slides, pad contact points, and rotor mounting surfaces during service. The rotors are shipped dry and ready to install, which helps reduce prep time during a standard brake job. Part number 4512-58047 should be matched to the vehicle’s rear brake configuration before assembly.
Quality Assurance
Each rotor is 100% inspected for critical dimensions and balance, with vented rotors electronically mill-balanced when required. DFC states that the rotors meet OE specifications and includes a 12-month warranty against defects in material and workmanship. The brake pads are post cured for stable friction performance, and the hardware kit is built to OE-style form, fit, and function.
Original: $151.68
-65%$151.68
$53.09Description
Rear Brake Kit for Honda CR-V
The Dynamite Friction DFC GEOSPEC Coated Rotors with 5000 Advanced Brake Pads - Ceramic and Hardware kit is built for rear brake service on the Honda CR-V. Part number 4512-58047 combines coated rotors, ceramic pads, and matching hardware for a complete rear brake refresh on select 2017-2026 Honda CR-V models.
Key Features
- Rear disc brake kit for 2017-2026 Honda CR-V applications
- DFC GEOSPEC coated rotors with a silver-gray corrosion-resistant finish
- Dry-processed, ready-to-install rotors with no oil removal step
- Non-directional rotor finish for even pad bed-in and smoother braking
- 5000 Advanced ceramic brake pads with post-cured friction material
- Premium rubber-steel-rubber shims for improved noise and vibration control
- Brake hardware designed with PTFE coating, vulcanized rubber, and stainless steel
- Part number 4512-58047 for rear brake service on Honda CR-V
Product Details
DFC GEOSPEC rotors are manufactured to OEM-style G3000/G11H18 cast iron specifications and machined to tight tolerances for durability and stability. The coated surface helps resist rust, while the non-directional finish supports quicker pad bedding and quieter stops. The 5000 Advanced pads are post cured and scorched to reduce initial break-in time and deliver stable friction from the first stop. The included hardware kit is engineered to restore proper spring tension and caliper movement on worn rear brake assemblies. This part number, 4512-58047, is a direct-fit rear brake solution for Honda CR-V owners looking for a complete service kit.
Common Brake Issues This Kit Can Address
- Rear brake noise, squeal, or vibration
- Rust buildup on exposed rotor surfaces
- Uneven pad wear or reduced caliper movement
- Longer stopping distances from worn rear components
- Brake pulsation caused by rotor wear or finish issues
Installation Notes
Fits 2017-2021 Honda CR-V, rear. Fits 2022-2026 Honda CR-V, rear. Verify rear axle application before installation and inspect caliper slides, pad contact points, and rotor mounting surfaces during service. The rotors are shipped dry and ready to install, which helps reduce prep time during a standard brake job. Part number 4512-58047 should be matched to the vehicle’s rear brake configuration before assembly.
Quality Assurance
Each rotor is 100% inspected for critical dimensions and balance, with vented rotors electronically mill-balanced when required. DFC states that the rotors meet OE specifications and includes a 12-month warranty against defects in material and workmanship. The brake pads are post cured for stable friction performance, and the hardware kit is built to OE-style form, fit, and function.
