Pagid Racing RSL29 Front & Rear Brake Pads Set + MOTUL 660 Brake Fluid For BMW F Series M Cars & M Lites

Upgrade the braking performance of your BMW F Series M car or M Lite model with Pagid Racing RSL29 Front & Rear Brake Pad Set + MOTUL RBF 660 Brake Fluid, engineered for exceptional stopping power, durability, and high-temperature resistance. This premium brake kit is ideal for track use and high-performance driving, offering a balance of fade-resistant braking and long pad life. The RSL29 compound is renowned for its consistent pedal feel, excellent modulation, and low wear rates, making it a trusted choice for performance enthusiasts. Its high-friction material ensures stable braking performance across a wide temperature range, reducing fade and maintaining control under extreme conditions. Designed as a direct replacement for OEM brake pads, the Pagid RSL29 pads fit seamlessly with factory calipers, requiring no modifications. Whether you’re pushing your BMW F Series M car or M Lite model to its limits on track days or looking for superior braking confidence, these pads provide unmatched performance and reliability. Includes two bottles of Motul RBF 660 Factory Line – a fully synthetic, polyglycol based, high performance brake fluid with a very high boiling point. Key Features High-performance RSL29 compound for superior stopping power and control Excellent heat resistance to reduce brake fade under extreme conditions Consistent pedal feel and precise modulation for enhanced driver confidence Low wear rate for extended pad life and durability Direct OEM replacement, compatible with factory calipers High Performance MOTUL brake fluid: 2x MOTUL RBF 660 Racing Brake Fluid Compatible Vehicles BMW F87 M2 BMW F80 M3 BMW F82/F83 M4 BMW F20/F21 M140i BMW F22/F23 M240i BMW F30/F31 340i BMW F32/F33/F36 440i Other BMW F Series models with matching brake fitment For track-focused braking performance with uncompromising reliability, upgrade to Pagid Racing RSL29 Front & Rear Brake Pads for your BMW F Series M or M Lite model.