PAGID 8288-RSL29 Front Brake Pads RSL29 for BMW M5 (F90) / M8 (G14) Photo-0
PAGID 8288-RSL29 Front Brake Pads RSL29 for BMW M5 (F90) / M8 (G14) Photo-1

PAGID 8288-RSL29 Front Brake Pads RSL29 for BMW M5 (F90) / M8 (G14)

Sale price€673,36

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PAGID P/N: 8288-RSL29
Quantity:

This item is considered special order and is not available for immediate pickup or dispatch. Price and ETA may vary. Please note that no returns, cancellations, or refunds allowed on special orders.

Pickup available at Kelberg Warehouse Usually ready in 24 hours

PAGID 8288-RSL29 Front Brake Pads RSL29 for BMW M5 (F90) / M8 (G14)

Kelberg Warehouse

Pickup available, usually ready in 24 hours

Auf der Struth 4
53539 Kelberg
Germany

+4926916879995

PAGID 8288-RSL29 Front Brake Pads RSL29 for BMW M5 (F90) / M8 (G14)

The PAGID RSL 29 compound is a low-metallic, resin-bonded material engineered for endurance racing, club competition, and high-performance track applications. Formulated with steel and aramid fibers, it provides a stable low-to-medium friction coefficient and exceptional modulation characteristics, allowing precise control under varying braking loads. The compound ensures smooth release behavior, delivering consistent pedal feel and optimal braking balance during extended sessions.

Known for its easy bed-in process and long service life, the RSL 29 is widely used in GT cars, touring cars, and prototype endurance racing. Its predictable friction response and superior fade resistance make it equally suitable for sprint racing and intensive track-day use. The compound offers a refined blend of control, durability, and rotor friendliness, ideal for drivers seeking endurance-level reliability with high modulation sensitivity.

  • Low-metallic, resin-bonded compound with steel and aramid fibers
  • Stable low-to-medium friction level for precise braking control
  • Excellent modulation and smooth release characteristics
  • Quick and easy bed-in procedure for consistent performance
  • Designed for endurance, GT, and touring car racing applications
  • High thermal stability and fade resistance under continuous use

Specifications:

  • Pad Thickness: 20.4 mm