Original: $265.94
-65%$265.94
$93.08The Story
Disc Brake Rotor Set for Land Rover LR3
This Dynamite Friction DFC Rotors disc brake rotor set is built for 2005-2007 Land Rover LR3 front and rear applications with production VIN to 6A365726. Part number 6004-11011 is a direct-fit rotor set for buyers searching for a Land Rover LR3 brake rotor replacement by year, position, and VIN break.
Key Features
- Disc brake rotor set for front and rear service
- Fits 2005-2007 Land Rover LR3, front and rear
- Production VIN to 6A365726
- DFC Rotors product line from Dynamite Friction
- Part number 6004-11011 for catalog matching
Product Details
The DFC Rotors line from Dynamite Friction focuses on brake rotor applications for vehicle-specific fitment. This set is cataloged for the Land Rover LR3 across the 2005, 2006, and 2007 model years, covering both front and rear positions when the vehicle falls within the listed production VIN range. If you are sourcing a Land Rover LR3 front and rear brake rotor set, 6004-11011 provides a fitment-specific option for that exact application.
This part cross-references no additional part numbers in the provided data.
Common Issues This Part Can Address
- Rotor wear from normal brake service intervals
- Brake pulsation caused by rotor surface condition
- Reduced braking consistency from worn rotors
- Need for a matched front and rear rotor replacement
- VIN-specific rotor replacement for the correct LR3 build range
Installation Notes and Tips
Verify the vehicle production VIN before ordering, since this rotor set applies only to Land Rover LR3 models up to VIN 6A365726. Confirm front and rear position requirements against the vehicle’s brake system before installation. Always inspect pads, calipers, and hub surfaces during rotor replacement to help ensure proper brake service results.
Quality Assurance
Dynamite Friction’s DFC Rotors line is cataloged as a vehicle-specific brake rotor offering for direct application matching. Part number 6004-11011 is listed for the stated Land Rover LR3 fitment and position coverage.
Description
Disc Brake Rotor Set for Land Rover LR3
This Dynamite Friction DFC Rotors disc brake rotor set is built for 2005-2007 Land Rover LR3 front and rear applications with production VIN to 6A365726. Part number 6004-11011 is a direct-fit rotor set for buyers searching for a Land Rover LR3 brake rotor replacement by year, position, and VIN break.
Key Features
- Disc brake rotor set for front and rear service
- Fits 2005-2007 Land Rover LR3, front and rear
- Production VIN to 6A365726
- DFC Rotors product line from Dynamite Friction
- Part number 6004-11011 for catalog matching
Product Details
The DFC Rotors line from Dynamite Friction focuses on brake rotor applications for vehicle-specific fitment. This set is cataloged for the Land Rover LR3 across the 2005, 2006, and 2007 model years, covering both front and rear positions when the vehicle falls within the listed production VIN range. If you are sourcing a Land Rover LR3 front and rear brake rotor set, 6004-11011 provides a fitment-specific option for that exact application.
This part cross-references no additional part numbers in the provided data.
Common Issues This Part Can Address
- Rotor wear from normal brake service intervals
- Brake pulsation caused by rotor surface condition
- Reduced braking consistency from worn rotors
- Need for a matched front and rear rotor replacement
- VIN-specific rotor replacement for the correct LR3 build range
Installation Notes and Tips
Verify the vehicle production VIN before ordering, since this rotor set applies only to Land Rover LR3 models up to VIN 6A365726. Confirm front and rear position requirements against the vehicle’s brake system before installation. Always inspect pads, calipers, and hub surfaces during rotor replacement to help ensure proper brake service results.
Quality Assurance
Dynamite Friction’s DFC Rotors line is cataloged as a vehicle-specific brake rotor offering for direct application matching. Part number 6004-11011 is listed for the stated Land Rover LR3 fitment and position coverage.
