Endless Brake Pad EIP303-MX87

The Endless MX87 is the next-gen evolution of the famous MX72 compound, engineered for drivers who demand a seamless transition between daily commuting and spirited track day sessions. The EIP303-MX87 offers faster friction buildup and superior heat management, making it the premier "all-rounder" in the high-performance braking segment.

Performance Characteristics

• Wide Operating Window: With a temperature range from 30°C to 700°C, these pads deliver reliable stopping power from cold starts to intense hot laps.
• Improved Response: The MX87 compound develops friction against the disc more rapidly, ensuring a sharp and confident brake feel.
• Disc-Friendly & Durable: Designed to minimize brake disc wear and significantly reduce heat cracks (crazing), extending the life of your entire braking system.
• Remarkable Longevity: These pads are built to last, offering exceptional durability even under heavy loads.
• Friction Stability: A stable friction coefficient of 0.38–0.46 provides consistent modulation and control.

Perfect Balance for Every Situation

The standout feature of the MX87 is its ability to handle "everyday life" while excelling on track days. It avoids the typical noise and harshness of full race pads while providing the fade resistance needed for high-speed driving.

If your vehicle is used predominantly for competitive racing or heavy circuit use, we recommend professional motorsport compounds like ME22 or N39S.

Notice: If the product description does not explicitly state a parts certificate (Teilegutachten) or a General Operating Permit (ABE), the item is a motorsport product and is not approved for use on public roads according to German road traffic regulations (StVO). In such cases, the vehicle’s operating license becomes void unless an individual approval under § 21 StVZO is obtained.

Please also note that vehicle spare parts should only be installed by qualified professionals. This is the only way to ensure proper installation as well as the safe operation and roadworthiness of the vehicle.