3Racing Magnum 4.5T BMTC-M045S/BL Racing Motor  [BMTC-M045S/BL]

Magnum 4.5T Brushless Sensored Motor - BMTC-M045S/BL
Price:
NZD$123.90
Brand:
3Racing
Model:
BMTC-M045S/BL
Condition:
Brand New
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Consistent lap pace with the 3Racing Magnum 4.5T

For drivers wanting predictable response around the circuit, the 3Racing Magnum 4.5T Brushless Sensored Motor BMTC-M045S/BL provides repeatable power delivery and reliable performance. It is tuned to suit competitive 1/10 scale applications where throttle feel matters.

Smooth sensored throttle response

The sensored setup on the Magnum improves low-speed control and eliminates uneven starts that can cost time on tight bends. When combined with an ESC that supports sensored timing, you get cleaner punch and better modulation under braking and acceleration.

Designed for club and regional competition

This 4.5T motor gives a balance of mid-range torque and top-end rpm suited to club-level racing. The brushless layout lowers routine maintenance and keeps output consistent across long race days.

Practical setup tips

Pair the motor with an ESC rated for strong continuous current and use programmable settings to tweak throttle and braking response. Fine-tune gear ratio and punch control to match track grip and driving style for optimum lap times.

Specifications

  • Type: Brushless Sensored Motor
  • Turns: 4.5T
  • Compatibility: 1/10 Scale RC Cars
  • Design: Sensored for Precision Control

The 3Racing Magnum 4.5T BMTC-M045S/BL is a solid choice for racers who prioritise control and durability. Its sensored design helps deliver consistent starts and usable power throughout a race program.

Yes, it is sized for standard 1/10 scale applications but verify mount spacing and shaft size before fitting to ensure compatibility.
Running sensored gives smoother low-speed control and better lap-to-lap consistency; use sensorless only if your ESC lacks sensored support.
Keep an eye on bearing play, unusual noise, and running temperature after full-throttle runs. Address any issues early to avoid larger failures.

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