Copper-Infused Metallic Brake Pads – Reliable stopping power for up to 3000 km, in any weather
Do you find yourself braking constantly in city traffic? You’re likely familiar with the frustration of standard organic pads: they wear down quickly, lose precision, and squeal the moment it starts to rain. These copper-infused metallic brake pads are the solution—offering a lifespan of up to 3000 km, consistent stopping power, and zero surprises in wet conditions.
Note: Electric scooter manufacturers may change caliper models during production runs. Always check the shape of your old pads and compare them with the dimensions below before purchasing.
Why choose these pads? (Key Benefits):
- 3x Longer Lifespan — Lasts approximately 3000 km compared to the 500–1000 km of standard organic pads, meaning far fewer replacements.
- No Brake Fade — The copper composition dissipates heat rapidly, ensuring your braking power remains consistent even after long descents or repeated heavy braking.
- All-Weather Performance — Unlike organic alternatives, these maintain excellent grip even when the disc surface is wet.
- Disc-Friendly — The sintered copper composition reduces rotor wear compared to harder, non-copper metallic pads, extending the life of your entire braking system.
- Quiet Operation — After a short bedding-in period, they provide smooth, silent braking even under high intensity.
- Verified Compatibility — Works perfectly with AVID BB5, Promax, Dualtron, Nanrobot, Speedway 4, and many other popular models.
Details and Performance
Constructed from sintered copper metal, these pads offer superior density and mechanical strength compared to organic or semi-metallic options. The copper content provides a high thermal coefficient, quickly absorbing and dissipating friction-generated heat to prevent brake fade during repeated stops. By minimising heat transfer to the caliper, they also help protect the brake fluid in hydraulic systems. These pads are compatible with both mechanical disc brakes and hydraulic disc brake systems.
| Parameter | Value / Detail |
|---|---|
| Material | Sintered copper metal |
| Dimensions | 37 x 24 x 4 mm |
| Estimated Lifespan | Approximately 3000 km |
| Brake System Type | Mechanical and hydraulic disc |
| Wet Weather Performance | Yes – consistent stopping power |
| Heat Resistance | High – no brake fade |
| Verified Compatibility | AVID BB5, Promax DSK710/300/330, Dualtron, Nanrobot, Speedway 4, Solar FF 2.0, TNE, Maike, Tif Galop T88 |
Extensive Compatibility – Verified Models
The list below includes models we have tested directly. If your scooter or bike is not listed, please verify your caliper dimensions—37 x 24 x 4 mm is a common standard for many other models.
- AVID BB5 – Bicycles and electric scooters
- Promax DSK710, 300, 300R, 330, 330R
- Dualtron 1, 2, Ultra, Ultra II, Spider, Eagle, New Dualtron
- Nanrobot D4, D5 Electric Scooter
- Speedway 4 Electric Scooter
- Solar FF 2.0 Electric Scooter
- Dokma Electric Scooter
- Jetson Bolt and Bolt Pro Electric Bike
- Maike Electric Scooter
- Tif Galop T88 and T88 Plus Electric Scooter
- TNE Electric Scooter
Package Contents
- 2 x Copper-infused metallic brake pads (complete set for one wheel)
Frequently Asked Questions
Are these compatible with hydraulic disc brakes?
Yes. They work with both mechanical and hydraulic disc systems, provided the caliper shape matches the 37 x 24 x 4 mm dimensions.
How do I check if they fit my scooter?
Remove your old pads and compare their shape and dimensions to this product. Even the same scooter model can feature different calipers depending on the production batch.
What is the real difference compared to organic pads?
They offer 3x the lifespan, better heat resistance, and consistent braking in the rain. The only trade-off is that they require a few kilometres of bedding-in to achieve optimal performance.
Do they squeal when braking?
No, not under normal conditions. You may notice a slight noise during the initial bedding-in period, but after that, braking becomes smooth and silent, even under heavy load.
Do they protect the brake disc?
Yes. The copper in the composition reduces rotor wear compared to standard hard-metal pads, helping to prolong the life of your entire braking system.
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