Extreme Performance Metal Disc Brake Pads for MTB XTR/SLX

Extreme Performance Metal Disc Brake Pads for MTB XTR/SLX

Maximize your mountain biking performance with these extreme performance metal disc brake pads, specifically designed for Shimano XTR and SLX systems. Crafted for riders who demand reliable stopping power in all conditions, these pads excel in wet, muddy, or high-intensity environments. Compared to resin pads, they deliver superior braking consistency, especially during long descents or heavy braking sessions.

These pads feature a heat-resistant design with integrated heat sinks that efficiently dissipate caliper heat, reducing brake fade and ensuring stable performance even under extreme conditions. While slightly noisier than resin pads, they offer extended durability and superior braking in challenging terrains, making them ideal for downhill, enduro, and trail riders.

Recommended for heavier riders or those tackling demanding trails, these metal pads provide strong, consistent braking when it matters most. Whether you’re navigating steep descents, muddy tracks, or frequent technical stops, these pads enhance safety, performance, and control on your XTR or SLX disc brake setup.

Product information:

Advantage:
-The thermal attenuation temperature is higher than that of resin brake pad
-Better than resin brake pads in wet conditions
-Longer service life than resin brake pads
Disadvantages:
-More noise
-Longer running in period
-When the occlusal force is small, the braking force is not as big as that of resin
-A lot of heat is transferred through the calipers, not through the discs
If the following conditions are met, it is recommended that you use metal brake pads:
-You are heavier
-You ride on the road with high intensity, great impact and great braking force
-Your riding environment is wet, muddy and needs long braking time
Function of heat sink:
-When the temperature of the clamp is too high, the heat sink can dissipate the heat better and effectively reduce or delay the heat attenuation.
-In the process of flat riding, the heat dissipation effect is not obvious.