1/10 Scale Heat Sink for Transverse Motors Tamiya 53837  [53837]

Tamiya 53837 - Motor Heat Sink (Transverse) OP-837
Price:
NZD$47.69
Brand:
Tamiya
Model:
53837
Condition:
Brand New
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Heat sink for transverse 1/10 motors

The Tamiya 53837 heat sink is made for 1/10 scale RC cars with transverse-mounted motors and provides extra surface area to dissipate heat passively. By lowering sustained motor temperature, it can reduce wear and help the motor sustain consistent output during lengthy sessions.

Designed to address thermal load locally at the motor, the part helps stabilise motor behavior under continuous stress. When fitting, pay attention to axial and radial clearance and avoid contact with moving parts or adjacent wiring to prevent damage.

Specifications

  • Item: Motor heat sink (transverse)
  • Material: Not specified by manufacturer
  • Model Number: 53837
  • Compatibility: 1/10 scale chassis with transverse-mounted motor

Compatibility

Fits 1/10 scale chassis that use a transverse motor orientation. Always check mounting space and clearance on your chassis prior to purchase to confirm compatibility.

Consider this heat sink as a targeted upgrade for temperature control during extended testing or track use; combine it with adequate airflow and an appropriate motor selection for the best results.

Measure the exposed length and diameter of your motor can, and check that adjacent gearbox elements or servo linkages will not be obstructed by the heat sink once mounted.
Adhesive can work on smooth motor cans but choose a high-temperature adhesive and apply sparingly; where possible, prefer mechanical retention to avoid slippage during operation.
Yes; by increasing surface area and promoting heat dissipation, the heat sink can reduce peak temperatures and help the motor run cooler over longer intervals.
Material details were not provided in the source; contact the seller or refer to the official product page for specific alloy or finish information if needed.
After mounting, rotate the drivetrain by hand to check for contact, tidy wiring away from the motor area, and re-check clearance after the first few runs as parts can shift slightly under vibration.

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