Tamiya 49386 - Transpeed MS (10T) Competition Brush Motor  [49386]

Tamiya 49386 - Transpeed MS (10T)
Price:
£97.08
Brand:
Tamiya
Model:
49386
GTIN:
4950344493869
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Competition-Grade Transpeed MS (10T) by Tamiya

The Tamiya 49386 - Transpeed MS (10T) is aimed at racers who want dependable, predictable power delivery. The angled V brush layout lowers brush bounce while increasing contact area, which helps reduce wear and maintain smooth commutation in race conditions.

Heat Management and On-Deck Checks

The precision aluminium endbell includes a cooling hole to help move heat away from the motor core, supporting consistent performance during long runs. The integrated inboard capacitor comes with an LED indicator so you can quickly verify basic electrical readiness before a heat.

Specifications

  • Brush Type: Angled V Brush
  • Endbell Material: Precision Aluminum
  • Cooling Feature: Built-in Cooling Hole
  • Capacitor System: Inboard with LED Indicator

For drivers focused on lap consistency and component longevity, the Tamiya 49386 - Transpeed MS (10T) is a dependable option that helps keep setups competitive across multiple runs.

 

Product Reviews
2 Reviews
rating
Very pleased with the service. I will order again soon. Thanks
rating
great to deal with and communication is very good !👍
Check motor feel after a run and use an infrared thermometer for a quick read. Aim to keep temperatures within manufacturer guidance and watch for signs of overheating.
Use compressed air or a soft brush to clear dust from the cooling hole and surrounding areas, keeping airflow unobstructed for best cooling.
Increasing timing can raise top end but also adds heat and stress. Adjust timing cautiously and monitor temperature and brush wear.
Loss of the LED indicator, excessive electrical noise, or erratic motor behaviour can point to capacitor issues; check connections and replace the capacitor if needed.
Fresh brushes restore consistent contact and throttle response, leading to more predictable power delivery which can improve driver confidence and lap consistency.

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