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ENDLESS CC-RG BRAKE PAD FRONT EIP329-CC-RG EIP329-CC-RG
| Brand | ENDLESS |
| Series Name | CC-RG BRAKE PAD FRONT EIP329-CC-RG |
| Product Number | EIP329-CC-RG |
| Product Description | The CC-Rg, which was born from the aggressive concept that (brake pads choose the driver), was developed for users who can press the tires against the road surface with strong pedaling force. The controllability after applying pedaling force is excellent, and there is no change in effectiveness due to build-up. Material: Ceramic carbon metal Rotor proper temperature range: 50 °C -800 °C Average coefficient of friction: 0.38-0.45 Driving field: Winding-Circuit |
| Notes | Images are for illustration purpose only. Actual product may vary. |
| Brand | ENDLESS |
| Series Name | CC-RG BRAKE PAD FRONT EIP329-CC-RG |
| Product Number | EIP329-CC-RG |
| Product Description | The CC-Rg, which was born from the aggressive concept that (brake pads choose the driver), was developed for users who can press the tires against the road surface with strong pedaling force. The controllability after applying pedaling force is excellent, and there is no change in effectiveness due to build-up. Material: Ceramic carbon metal Rotor proper temperature range: 50 °C -800 °C Average coefficient of friction: 0.38-0.45 Driving field: Winding-Circuit |
| Notes | Images are for illustration purpose only. Actual product may vary. |
$1.01
ENDLESS CC-RG BRAKE PAD FRONT EIP329-CC-RG EIP329-CC-RG—
$1.01
Description
| Brand | ENDLESS |
| Series Name | CC-RG BRAKE PAD FRONT EIP329-CC-RG |
| Product Number | EIP329-CC-RG |
| Product Description | The CC-Rg, which was born from the aggressive concept that (brake pads choose the driver), was developed for users who can press the tires against the road surface with strong pedaling force. The controllability after applying pedaling force is excellent, and there is no change in effectiveness due to build-up. Material: Ceramic carbon metal Rotor proper temperature range: 50 °C -800 °C Average coefficient of friction: 0.38-0.45 Driving field: Winding-Circuit |
| Notes | Images are for illustration purpose only. Actual product may vary. |
