eBike Brake Pad - Galfer G1652 Hope V4/Trickstuff Maxima

Sale price $29.00 USD
Installation: Without Installation
Low stock: 1 left
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Galfer Disc Brake Pads - G1652 | E-Bike - FD466 | Hope V4 / Trickstuff Maxima

All Galfer brake pads feature a semi-metallic compound with organic components and offer a wide range of properties that promise consistent braking performance over the long term:

  • absence of noise
  • better response, progressiveness and braking power
  • minimization of vibration to the wheel
  • less wear on the brake discs
  • resistance to high temperatures
  • increased durability

Specifications of the Galfer E-Bike G1652 brake pads

The purple brake pads were specially developed for use on E-Bikes which place greater stress on conventional brake systems due to the higher speeds and greater weight. This can affect braking performance and lead to overheating and higher wear.


Galfer Disc Brake Pads - G1652 | E-Bike - FD466 | Hope V4 / Trickstuff Maxima All Galfer brake pads feature a semi-metallic compound with organic components and offer a wide range...

*Bike in a box is not assembled, tuned or road tested *Bike in a box includes manufacturers limited warranty
eBike Brake Pad - Galfer G1652 Hope V4/Trickstuff Maxima

eBike Brake Pad - Galfer G1652 Hope V4/Trickstuff Maxima

Galfer Disc Brake Pads - G1652 | E-Bike - FD466 | Hope V4 / Trickstuff Maxima

All Galfer brake pads feature a semi-metallic compound with organic components and offer a wide range of properties that promise consistent braking performance over the long term:

  • absence of noise
  • better response, progressiveness and braking power
  • minimization of vibration to the wheel
  • less wear on the brake discs
  • resistance to high temperatures
  • increased durability

Specifications of the Galfer E-Bike G1652 brake pads

The purple brake pads were specially developed for use on E-Bikes which place greater stress on conventional brake systems due to the higher speeds and greater weight. This can affect braking performance and lead to overheating and higher wear.


Installation

With Installation, Without Installation

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