
Dynamite Friction 4514-59044 Disc Brake Kit - Front and Rear
Brake Kit for Honda CR-V and Acura RDX
The Dynamite Friction DFC GEOSPEC Coated Rotors with 5000 Advanced Brake Pads - Ceramic and Hardware kit is built for front and rear brake service on select Honda CR-V and Acura RDX applications. Part number 4514-59044 combines coated rotors, ceramic brake pads, and matching hardware in one service kit for a complete brake refresh.
Key Features
- Complete disc brake kit with rotors, pads, and hardware
- DFC GEOSPEC coated rotors with a silver-gray corrosion-resistant finish
- Dry-processed rotors that are ready to install without extra cleaning
- Non-directional rotor finish for more even pad bed-in and smoother braking
- 5000 Advanced ceramic brake pads with post-cured friction material
- Scorched pads to reduce initial break-in time and improve first-stop response
- Premium rubber-steel-rubber shims for improved noise and vibration control
- Hardware kit with PTFE coating, vulcanized rubber, and stainless steel construction
Product Details
DFC designed this brake service kit to match OE-style requirements for durability, stability, and consistent braking performance. The GEOSPEC rotors use G3000/G11H18 cast iron and are machined to tight tolerances, then inspected for critical dimensions and balance. The 5000 Advanced ceramic pads are formulated for stable friction output and quieter operation, while the included hardware is engineered to restore proper caliper movement and spring tension. Part number 4514-59044 is a practical choice for drivers looking for a front and rear brake kit for 2007-2016 Honda CR-V and 2010-2012 Acura RDX applications.
Vehicle Fitment
- Fits 2007-2016 Honda CR-V, front and rear
- Fits 2010-2012 Acura RDX, front and rear
Common Brake Issues This Kit Can Address
- Brake noise from worn pads or fatigued hardware
- Uneven pad wear caused by corroded or weakened hardware
- Reduced stopping consistency from aged friction material
- Rotor rust and surface corrosion on exposed braking surfaces
- Longer pedal feel changes associated with worn brake components
Installation Notes and Tips
Inspect calipers, slides, and brake hoses before installation. Clean the hub mounting surface thoroughly so the coated rotors seat correctly, and follow the recommended pad bed-in procedure after installation. This kit is intended for front and rear brake service on the listed Honda CR-V and Acura RDX model years.
Quality Assurance
Each DFC GEOSPEC rotor is 100% inspected for critical attributes and comes with a 12-month warranty against defects in material and workmanship. DFC brake pads are post cured and scorched for stable friction performance, and the hardware kit is built to OE-style form, fit, and function.
Brake Kit for Honda CR-V and Acura RDX
The Dynamite Friction DFC GEOSPEC Coated Rotors with 5000 Advanced Brake Pads - Ceramic and Hardware kit is built for front and rear brake service on select Honda CR-V and Acura RDX applications. Part number 4514-59044 combines coated rotors, ceramic brake pads, and matching hardware in one service kit for a complete brake refresh.
Key Features
- Complete disc brake kit with rotors, pads, and hardware
- DFC GEOSPEC coated rotors with a silver-gray corrosion-resistant finish
- Dry-processed rotors that are ready to install without extra cleaning
- Non-directional rotor finish for more even pad bed-in and smoother braking
- 5000 Advanced ceramic brake pads with post-cured friction material
- Scorched pads to reduce initial break-in time and improve first-stop response
- Premium rubber-steel-rubber shims for improved noise and vibration control
- Hardware kit with PTFE coating, vulcanized rubber, and stainless steel construction
Product Details
DFC designed this brake service kit to match OE-style requirements for durability, stability, and consistent braking performance. The GEOSPEC rotors use G3000/G11H18 cast iron and are machined to tight tolerances, then inspected for critical dimensions and balance. The 5000 Advanced ceramic pads are formulated for stable friction output and quieter operation, while the included hardware is engineered to restore proper caliper movement and spring tension. Part number 4514-59044 is a practical choice for drivers looking for a front and rear brake kit for 2007-2016 Honda CR-V and 2010-2012 Acura RDX applications.
Vehicle Fitment
- Fits 2007-2016 Honda CR-V, front and rear
- Fits 2010-2012 Acura RDX, front and rear
Common Brake Issues This Kit Can Address
- Brake noise from worn pads or fatigued hardware
- Uneven pad wear caused by corroded or weakened hardware
- Reduced stopping consistency from aged friction material
- Rotor rust and surface corrosion on exposed braking surfaces
- Longer pedal feel changes associated with worn brake components
Installation Notes and Tips
Inspect calipers, slides, and brake hoses before installation. Clean the hub mounting surface thoroughly so the coated rotors seat correctly, and follow the recommended pad bed-in procedure after installation. This kit is intended for front and rear brake service on the listed Honda CR-V and Acura RDX model years.
Quality Assurance
Each DFC GEOSPEC rotor is 100% inspected for critical attributes and comes with a 12-month warranty against defects in material and workmanship. DFC brake pads are post cured and scorched for stable friction performance, and the hardware kit is built to OE-style form, fit, and function.
Original: $328.33
-65%$328.33
$114.92Description
Brake Kit for Honda CR-V and Acura RDX
The Dynamite Friction DFC GEOSPEC Coated Rotors with 5000 Advanced Brake Pads - Ceramic and Hardware kit is built for front and rear brake service on select Honda CR-V and Acura RDX applications. Part number 4514-59044 combines coated rotors, ceramic brake pads, and matching hardware in one service kit for a complete brake refresh.
Key Features
- Complete disc brake kit with rotors, pads, and hardware
- DFC GEOSPEC coated rotors with a silver-gray corrosion-resistant finish
- Dry-processed rotors that are ready to install without extra cleaning
- Non-directional rotor finish for more even pad bed-in and smoother braking
- 5000 Advanced ceramic brake pads with post-cured friction material
- Scorched pads to reduce initial break-in time and improve first-stop response
- Premium rubber-steel-rubber shims for improved noise and vibration control
- Hardware kit with PTFE coating, vulcanized rubber, and stainless steel construction
Product Details
DFC designed this brake service kit to match OE-style requirements for durability, stability, and consistent braking performance. The GEOSPEC rotors use G3000/G11H18 cast iron and are machined to tight tolerances, then inspected for critical dimensions and balance. The 5000 Advanced ceramic pads are formulated for stable friction output and quieter operation, while the included hardware is engineered to restore proper caliper movement and spring tension. Part number 4514-59044 is a practical choice for drivers looking for a front and rear brake kit for 2007-2016 Honda CR-V and 2010-2012 Acura RDX applications.
Vehicle Fitment
- Fits 2007-2016 Honda CR-V, front and rear
- Fits 2010-2012 Acura RDX, front and rear
Common Brake Issues This Kit Can Address
- Brake noise from worn pads or fatigued hardware
- Uneven pad wear caused by corroded or weakened hardware
- Reduced stopping consistency from aged friction material
- Rotor rust and surface corrosion on exposed braking surfaces
- Longer pedal feel changes associated with worn brake components
Installation Notes and Tips
Inspect calipers, slides, and brake hoses before installation. Clean the hub mounting surface thoroughly so the coated rotors seat correctly, and follow the recommended pad bed-in procedure after installation. This kit is intended for front and rear brake service on the listed Honda CR-V and Acura RDX model years.
Quality Assurance
Each DFC GEOSPEC rotor is 100% inspected for critical attributes and comes with a 12-month warranty against defects in material and workmanship. DFC brake pads are post cured and scorched for stable friction performance, and the hardware kit is built to OE-style form, fit, and function.











