Tamiya 54272 Sensored Brushless Motor 10.5T - Lightweight Race Spec [54272]

Tamiya 54272 - RC Tamiya Brushless Motor 01 - Sensored 10.5T OP-1272

Price:

AUD$115.62

Brand:

Tamiya

Model:

54272

GTIN:

4950344542727

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R/C Models - Motor / ESC / Cooling Fan - Motor - Car Motors

Tamiya 54272 Sensored Motor for Consistent Track Performance

The Tamiya 54272 sensored brushless motor is tailored for racers who need steady throttle control and dependable power. Its sensored setup smooths out low speed inputs and makes acceleration more predictable during close racing.

Why Choose the 54272 for Your RC

Efficient Design: Sensored brushless engineering reduces routine servicing while keeping output steady across conditions.
Lightweight Construction: Less rotating mass aids quicker revving and improved vehicle balance.
Cooling Efficiency: Designed to dissipate heat effectively to keep performance consistent over multiple runs.
Exclusive Compatibility: Intended for use with Tamiya Brushless ESC 01 (Sensored) to ensure proper sensor communication.

Specifications

Turns: 10.5T
Compatibility: Tamiya Brushless ESC 01 (Sensored)

A solid upgrade for drivers wanting a sensored motor that balances ease of use with race-oriented behaviour, the Tamiya 54272 is suited to frequent track days and competition setups.

Can I swap this into a touring car setup?

Yes, the 10.5T sensored motor suits touring car applications where smooth throttle and predictable response are needed. Check space and cooling clearance before fitting.

Do I need special connectors or wiring?

Use quality motor leads and secure solder joints or connectors. Make sure the sensor wire is routed away from high interference sources for reliable signal.

How does the 10.5T compare to higher turn motors?

Higher turn counts generally produce more torque but lower top speed. The 10.5T strikes a balance for racing, offering good top end while maintaining controllable torque.

What should I check after installation?

Verify motor alignment, secure mounting screws, correct pinion mesh and verify sensor connector seating. Run a test at low throttle to confirm smooth operation.

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