Girodisc GP-Series Rear Brake Pads 1469
The Girodisc GP35 compound offers a versatile race-ready pad engineered for drivers who demand confident, repeatable braking on the track. Designed for the rear axle of BMW G8X chassis vehicles, these pads deliver smooth modulation, strong heat stability, and predictable release characteristics under heavy braking conditions. They work seamlessly with both factory ABS and motorsport ABS systems, making them a proven choice for advanced drivers and competitive track use.
Fits the Following Vehicles:
| Make |
Model |
Years |
Front |
Rear |
| BMW |
G80 M3 |
2021–Present |
|
X |
| BMW |
G82 M4 |
2021–Present |
|
X |
| BMW |
G83 M4 Convertible |
2021–Present |
|
X |
| BMW |
G87 M2 |
2023–Present |
|
X |
Features
• Designed for dedicated track use with stable high-temperature performance
• Smooth and linear torque curve for excellent modulation and release
• Works effectively with performance street tires, R-compound tires, and race slicks
• Consistent pedal feel during extended lapping sessions
• Precision cut to pad shape 1469 for direct rear fitment
• Sold/priced per axle set
Specifications
• Pad Shape: 1469
• Position: Rear
• Compound: GP35 race formulation
• Rotor Type: Iron rotors only
• Compatible Systems: OEM BMW G8X rear iron rotor braking systems
• Sold/priced as one pair (one axle set)
Girodisc GP-Series Pad FAQs
Can these pads be used with carbon-ceramic rotors? No. The GP35 compound is designed exclusively for iron rotors and is not compatible with CCB systems.
Are these pads suitable for street use? They can be driven on the street but are optimized for track conditions. Some noise or dust is expected during low-speed or cold operation.
Do these work with factory ABS? Yes. The GP35 compound is designed to work cleanly with both OEM ABS and motorsport ABS systems.
What type of track driving are these intended for? GP35 pads are a balanced compound suitable for sprint races, advanced HPDE, and general track competition where consistent braking and easy modulation are critical.