GPM GP30 - 1/10 Aluminum Motor Heat Sink Mount - Precision Engineering Series  [GP30]

Aluminium Motor Heat Sink Mount 30mm For 1/10 540, 360 Motor- 1pc - GPM GP30
Price:
USD$6.90
Brand:
GPM
Model:
GP30
GTIN:
4894538001273
Condition:
Brand New
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alt="Aluminium Motor Heat Sink Mount 30mm For 1/10 540, 360 Motor- 1pc - GPM GP30" title="Aluminium Motor Heat Sink Mount 30mm For 1/10 540, 360 Motor- 1pc - GPM GP30"
alt="Aluminium Motor Heat Sink Mount 30mm For 1/10 540, 360 Motor- 1pc - GPM GP30" title="Aluminium Motor Heat Sink Mount 30mm For 1/10 540, 360 Motor- 1pc - GPM GP30"
alt="Aluminium Motor Heat Sink Mount 30mm For 1/10 540, 360 Motor- 1pc - GPM GP30" title="Aluminium Motor Heat Sink Mount 30mm For 1/10 540, 360 Motor- 1pc - GPM GP30"
alt="Aluminium Motor Heat Sink Mount 30mm For 1/10 540, 360 Motor- 1pc - GPM GP30" title="Aluminium Motor Heat Sink Mount 30mm For 1/10 540, 360 Motor- 1pc - GPM GP30"

Thermal management solution for 1/10 540 and 360 motors

The GPM GP30 Aluminum Motor Heat Sink Mount is produced to aid heat evacuation from the motor can, providing a stable thermal path for 1/10 scale 540 and 360 motors. The aluminium construction offers consistent conductive properties suitable for demanding hobby use.

Technical highlights and fitment notes

  • Material: Aluminium selected for predictable thermal conductivity and mechanical stability.
  • Compatibility: Intended for standard 1/10 scale 540 and 360 motor formats to ensure correct seating and transfer.
  • Design: Precisely formed to engage the motor can surface for direct heat conduction and reliable mounting.

Compatible Models

  • Traxxas Slash
  • Tamiya TT-01
  • HPI Sprint 2
Verify motor can diameter and axial clearance, ensure set screw access, and inspect surrounding components for adequate spacing to avoid contact under load.
Periodically clean the mount surface, check fastener torque, and confirm there is no accumulated debris that would insulate the motor can.
The GP30 provides a stable base for passive cooling; integration with fans is possible but should be evaluated for mounting points and airflow direction to complement conduction.