Product Details
Product Details
Floating Rotor design, allowing for better heat dissipation
Features
- Precision laser cut from the best quality, most durable stainless steel alloys available
- The rivets allow the rotor to expand slightly and prevents warping
- The floating design also allows the disc to heat up quicker in the first instance, allowing aztec pads to work better with it, but the design never allows the disc to get too hot to experience 'fade'
- Compatible with virtually all brands of hydraulic and mechanical disc callipers
- Drilled for attachment to any 6-bolt international standard hub
We reserve the right to make changes to the product information contained on this site at any time without notice, including with respect to equipment, specifications, models, colours, materials and pricing. Due to supply chain issues, compatible parts may be substituted at any time without notice.
Weights are based off pre-production products at time of publication. Weights may vary in final production.
AZTEC SEMI-FLOATING STAINLESS STEEL DISC ROTOR 180mm
- SKU: PBR2180
- EPOS Code:
Product Description
Product Description
Floating Rotor design, allowing for better heat dissipation
Features
- Precision laser cut from the best quality, most durable stainless steel alloys available
- The rivets allow the rotor to expand slightly and prevents warping
- The floating design also allows the disc to heat up quicker in the first instance, allowing aztec pads to work better with it, but the design never allows the disc to get too hot to experience 'fade'
- Compatible with virtually all brands of hydraulic and mechanical disc callipers
- Drilled for attachment to any 6-bolt international standard hub
We reserve the right to make changes to the product information contained on this site at any time without notice, including with respect to equipment, specifications, models, colours, materials and pricing. Due to supply chain issues, compatible parts may be substituted at any time without notice.
Weights are based off pre-production products at time of publication. Weights may vary in final production.