Kyosho Motor Cycle 8-Pole Aluminium Brake Disk Plate Upgrade - GPM KM318  [KM318]

Kyosho Motor Cycle Aluminium Brake Disk Plate (8 Poles) - 3pcs set - GPM KM318
Price:
CAD$36.03
Brand:
GPM
Model:
KM318
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Aluminium 8-pole brake disk for scale motorcycles

The GPM KM318 is a 3-piece aluminium 8-pole brake disk set made for Kyosho motor cycle scale models. Built for RC motorcycle use, the set replaces standard rotors to provide a light, consistent braking surface while retaining the stock mounting pattern.

Intended for hobby tuning and maintenance rather than full-size vehicles, the 8-pole pattern offers multiple fastener points for secure attachment and helps preserve rotor tracking under repeated use. Aluminium construction gives a good balance of stiffness and low weight for predictable response during scale braking adjustments.

Installation notes: check rotor orientation and clearance with the wheel and hub before final tightening, ensure screws engage correctly and that the disk spins freely without rubbing, and re-check fitment after the first test runs. Use compatible hardware and follow safe bench practices when working with small components.

Specifications

  • Item: Brake disk plate, 8 poles, 3pcs set
  • Material: Aluminium
  • Model Number: KM318
  • Compatibility: For Kyosho motor cycle RC models, verify fitment before installation

A straightforward aluminium hop-up for Kyosho-scale motorcycles, the KM318 3pcs set is suited to model builders seeking an OEM-form replacement disk with an 8-pole mounting pattern.

Three aluminium 8-pole brake disk plates are supplied as the set; no additional hardware is listed.
Measure your hub diameter and compare the mounting holes before fitting; the disks are made for Kyosho motor cycle scale models but individual model checks are recommended.
The listing covers the disk plates only. Reuse your original screws or source compatible fasteners of the correct length and thread.
Spin the wheel to ensure there is no rubbing, verify even screw torque, and perform a short test run to confirm stable rotor tracking.

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