Copper Metal Brake Pads for Bicycles & Scooters – Compatible with AVID BB5, Promax, Dualtron

7 €

Shipping cost: 6 € Estimated delivery: ...

Copper-Infused Metal Brake Pads – Compatible with AVID BB5, Promax, Bicycles, and Electric Scooters

Metal brake pads with copper inserts provide maximum durability and superior performance in any conditions, making them the ideal choice for intensive use both in the city and on varied terrain. Made from premium materials, these pads ensure excellent braking power and a long lifespan of up to 3,000 km.

We know similar models are available at a lower price, but those will require replacement much more often. The pads we offer have the best value for money on the market and outperform standard brake pads.

Main Features

Made from sintered metal with copper for efficient heat dissipation.
High wear resistance, protects brake discs.
Consistent braking power, even in the rain.
Quiet operation and optimal stability for daily use.
Compatible with mechanical and hydraulic disc brakes.
Minimal heat transfer to the caliper, preventing overheating.

Technical Specifications

Material	Sintered metal with copper
Lifespan	Approx. 3,000 km
Dimensions	37 x 24 x 4 mm
Brake Type	Disc compatible

Known Compatibility

Electric scooter manufacturers may change the caliper model during production, so check the shape of your old pads before purchase. These metal brake pads are compatible with:

AVID BB5 – bicycles and electric scooters
Promax DSK710, 300, 300R, 330, 330R
Dokma Electric Scooter
Dualtron 1/2, Ultra, Ultra II, Spider, Eagle, New Dualtron
Jetson Bolt and Bolt Pro Electric Bike
Maike Electric Scooter
Nanrobot D4, D5 Electric Scooter
Solar FF 2.0 Electric Scooter
Speedway 4 Electric Scooter
Tif Galop T88, T88 Plus Electric Scooter
TNE Electric Scooter

Why Choose Our Pads?

If you want safe braking, durability, and comfort, these copper pads are the ideal solution. Unlike standard models, they maintain high performance even under extreme humidity or high temperatures, reducing component wear and providing a stable, predictable braking experience.