3Racing Magnum 5.5T BMTC-M055S/BL Track-Focused Sensored Motor  [BMTC-M055S/BL]

Magnum 5.5T Brushless Sensored Motor - BMTC-M055S/BL
Price:
AUD$109.01
Brand:
3Racing
Model:
BMTC-M055S/BL
Condition:
Brand New
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Track-Ready 3Racing Magnum BMTC-M055S/BL Overview

For competitive track use the 3Racing Magnum 5.5T Brushless Sensored Motor delivers predictable torque and refined throttle response. Its sensored arrangement helps drivers modulate power more precisely through technical sections.

Balanced Torque and Top-End Speed

The 5.5-turn winding is tuned to offer a useful mix of low-end pull and high-rpm capability, letting racers tailor gearing for different circuits. Smooth power delivery reduces wheelspin on corner exits.

Cooling and Reliability on Race Days

Durable construction and an effective cooling approach let you keep up a heavy schedule without frequent interventions, so you spend more time running and less time in the pits.

Practical Setup Notes

Match this motor with an ESC that supports sensored timing and use incremental gear changes on test laps to find the sweet spot for acceleration and top speed. Proper mesh and motor mounting also affect heat and durability.

Specifications

  • Turns: 5.5
  • Type: Brushless Sensored
  • Cooling System: Advanced Heat Management
  • Construction: High-Quality Materials

The 3Racing Magnum 5.5T is a reliable, tunable motor for drivers seeking steady, tunable performance across varied track layouts.

The motor's cooling approach is robust for typical race lengths, but on very hot days or extended sessions additional airflow or breaks between runs can help maintain temps.
Sensor mode preserves precise starts and low-speed control. Sensorless mode may be acceptable for casual practice, but you lose the finer throttle control achieved with sensors.
Use wiring that matches your ESC recommendations, typically thicker gauge for higher current draws to avoid voltage sag and heat in connectors.
Yes, adjusting ESC timing can influence top speed and response, but test changes gradually and monitor motor temperature to avoid overloading the motor.

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