Tamiya 53486 OP-486 Commutator Brush Set - Routine Motor Maintenance  [53486]

Tamiya 53486 - (OP486) Commutator Cleaning Brush Set OP-486
Price:
NZD$12.17
Brand:
Tamiya
Model:
53486
GTIN:
4950344999736
Condition:
Brand New
Available in shop
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Routine commutator care using the Tamiya OP-486 brush set

For club racers and weekend buggies, a clean commutator equals reliable throttle response. The Tamiya 53486 OP-486 Commutator Cleaning Brush Set is designed to clear carbon build-up and dirt from the commutator, helping your motor stay consistent on both practice laps and competition runs.

Impact of a dirty commutator

Carbon and grime reduce contact quality and can cause the motor to run hot or lose punch. The OP-486 brushes lift away contaminants to restore smoother brush contact and reduce electrical noise, which keeps acceleration and top speed more predictable.

Best practice for cleaning

Take the motor apart with care to reveal the commutator. Use the Tamiya brush to lightly scrub the surface until residue is removed, then reassemble and test under light load before full runs. Frequent light cleaning keeps the motor at its best.

Why choose this Tamiya kit

Built for Tamiya motors but usable across similar designs, the 53486 OP-486 set is compact and easy to use. It gives a precision clean that helps avoid unnecessary replacements and keeps your setup race ready.

Specifications

  • Product Type: Commutator Cleaning Brush Set
  • Compatibility: Suitable for various Tamiya electric motors
  • Application: Commutator cleaning and maintenance

Simple to use and effective, the Tamiya OP-486 keeps your motor performing smoothly between services.

The set is intended for brushed commutator motors. It will clean standard and mildly modified commutators, but extreme modifications may require specialist tools.
Generally avoid aggressive solvents. Dry brushing or using a mild electrical cleaner applied sparingly is safest to avoid damaging windings or insulation.
A cleaner commutator reduces electrical losses, which can translate to slightly better efficiency and more consistent power delivery under load.

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