Dynamite Friction 4502-59165 Disc Brake Kit - Rear
Rear Brake Kit for Honda, Acura Applications
The Dynamite Friction DFC GEOSPEC Rotors with 5000 Advanced Brake Pads kit is a rear disc brake service kit built for select Honda and Acura vehicles. Part number 4502-59165 combines coated rotors and advanced friction pads in one package for a complete rear brake refresh.
- Rear disc brake kit with rotors and pads
- DFC GEOSPEC coated rotors with silver-gray corrosion-resistant finish
- Dry-processed, dry-shipped rotors ready for installation
- G3000/G11H18 cast iron rotor construction for OE-style durability
- Non-directional rotor finish for smoother pad bed-in and quieter braking
- 5000 Advanced Brake Pads with 100% post-cured friction material
- Scorched pads to reduce initial break-in time
- Rubber-steel-rubber shims for improved NVH control
- Part number 4502-59165 for rear service applications
Product Details
DFC GEOSPEC Rotors with 5000 Advanced Brake Pads are engineered as a matched rear brake service solution for vehicles that need OE-style fit, stable braking performance, and corrosion protection. The coated rotors are machined to tight tolerances, finished non-directionally, and inspected for balance and critical dimensions. The pad compound is post-cured for consistent friction and assembled with premium shims to help reduce noise, vibration, and harshness. This part number 4502-59165 is a practical choice for rear brake maintenance on the Honda Odyssey, Honda Pilot, Acura MDX, and Acura ZDX listed below.
Compatible With: Fits 2011-2017 Honda Odyssey, rear; Fits 2009-2015 Honda Pilot, rear; Fits 2007-2013 Acura MDX, rear; Fits 2010-2013 Acura ZDX, rear. This part cross-references common OE-style brake service applications for the same rear axle use.
What It Helps Fix
- Rear brake pulsation from worn or uneven rotors
- Brake noise caused by aged pads or worn shims
- Reduced stopping performance from heat-worn friction material
- Rust buildup on exposed rotor surfaces
- Extended service time from separate rotor and pad sourcing
Installation Notes
Install on the rear axle only for the listed applications. The rotors are shipped dry and ready to install, which eliminates rotor cleaning before assembly. Verify rotor condition, pad seating surfaces, and brake system operation during service. Follow the vehicle manufacturer’s brake service procedures and perform a proper bed-in after installation.
Quality Assurance
DFC GEOSPEC rotors are manufactured to OE specifications, inspected for balance and critical dimensions, and backed by a 12-month warranty against defects in material and workmanship. The 5000 Advanced Brake Pads are post-cured and scorched to support stable friction performance from the first stop.
Rear Brake Kit for Honda, Acura Applications
The Dynamite Friction DFC GEOSPEC Rotors with 5000 Advanced Brake Pads kit is a rear disc brake service kit built for select Honda and Acura vehicles. Part number 4502-59165 combines coated rotors and advanced friction pads in one package for a complete rear brake refresh.
- Rear disc brake kit with rotors and pads
- DFC GEOSPEC coated rotors with silver-gray corrosion-resistant finish
- Dry-processed, dry-shipped rotors ready for installation
- G3000/G11H18 cast iron rotor construction for OE-style durability
- Non-directional rotor finish for smoother pad bed-in and quieter braking
- 5000 Advanced Brake Pads with 100% post-cured friction material
- Scorched pads to reduce initial break-in time
- Rubber-steel-rubber shims for improved NVH control
- Part number 4502-59165 for rear service applications
Product Details
DFC GEOSPEC Rotors with 5000 Advanced Brake Pads are engineered as a matched rear brake service solution for vehicles that need OE-style fit, stable braking performance, and corrosion protection. The coated rotors are machined to tight tolerances, finished non-directionally, and inspected for balance and critical dimensions. The pad compound is post-cured for consistent friction and assembled with premium shims to help reduce noise, vibration, and harshness. This part number 4502-59165 is a practical choice for rear brake maintenance on the Honda Odyssey, Honda Pilot, Acura MDX, and Acura ZDX listed below.
Compatible With: Fits 2011-2017 Honda Odyssey, rear; Fits 2009-2015 Honda Pilot, rear; Fits 2007-2013 Acura MDX, rear; Fits 2010-2013 Acura ZDX, rear. This part cross-references common OE-style brake service applications for the same rear axle use.
What It Helps Fix
- Rear brake pulsation from worn or uneven rotors
- Brake noise caused by aged pads or worn shims
- Reduced stopping performance from heat-worn friction material
- Rust buildup on exposed rotor surfaces
- Extended service time from separate rotor and pad sourcing
Installation Notes
Install on the rear axle only for the listed applications. The rotors are shipped dry and ready to install, which eliminates rotor cleaning before assembly. Verify rotor condition, pad seating surfaces, and brake system operation during service. Follow the vehicle manufacturer’s brake service procedures and perform a proper bed-in after installation.
Quality Assurance
DFC GEOSPEC rotors are manufactured to OE specifications, inspected for balance and critical dimensions, and backed by a 12-month warranty against defects in material and workmanship. The 5000 Advanced Brake Pads are post-cured and scorched to support stable friction performance from the first stop.
Original: $172.05
-65%$172.05
$60.22Description
Rear Brake Kit for Honda, Acura Applications
The Dynamite Friction DFC GEOSPEC Rotors with 5000 Advanced Brake Pads kit is a rear disc brake service kit built for select Honda and Acura vehicles. Part number 4502-59165 combines coated rotors and advanced friction pads in one package for a complete rear brake refresh.
- Rear disc brake kit with rotors and pads
- DFC GEOSPEC coated rotors with silver-gray corrosion-resistant finish
- Dry-processed, dry-shipped rotors ready for installation
- G3000/G11H18 cast iron rotor construction for OE-style durability
- Non-directional rotor finish for smoother pad bed-in and quieter braking
- 5000 Advanced Brake Pads with 100% post-cured friction material
- Scorched pads to reduce initial break-in time
- Rubber-steel-rubber shims for improved NVH control
- Part number 4502-59165 for rear service applications
Product Details
DFC GEOSPEC Rotors with 5000 Advanced Brake Pads are engineered as a matched rear brake service solution for vehicles that need OE-style fit, stable braking performance, and corrosion protection. The coated rotors are machined to tight tolerances, finished non-directionally, and inspected for balance and critical dimensions. The pad compound is post-cured for consistent friction and assembled with premium shims to help reduce noise, vibration, and harshness. This part number 4502-59165 is a practical choice for rear brake maintenance on the Honda Odyssey, Honda Pilot, Acura MDX, and Acura ZDX listed below.
Compatible With: Fits 2011-2017 Honda Odyssey, rear; Fits 2009-2015 Honda Pilot, rear; Fits 2007-2013 Acura MDX, rear; Fits 2010-2013 Acura ZDX, rear. This part cross-references common OE-style brake service applications for the same rear axle use.
What It Helps Fix
- Rear brake pulsation from worn or uneven rotors
- Brake noise caused by aged pads or worn shims
- Reduced stopping performance from heat-worn friction material
- Rust buildup on exposed rotor surfaces
- Extended service time from separate rotor and pad sourcing
Installation Notes
Install on the rear axle only for the listed applications. The rotors are shipped dry and ready to install, which eliminates rotor cleaning before assembly. Verify rotor condition, pad seating surfaces, and brake system operation during service. Follow the vehicle manufacturer’s brake service procedures and perform a proper bed-in after installation.
Quality Assurance
DFC GEOSPEC rotors are manufactured to OE specifications, inspected for balance and critical dimensions, and backed by a 12-month warranty against defects in material and workmanship. The 5000 Advanced Brake Pads are post-cured and scorched to support stable friction performance from the first stop.
