Yokomo RP-056A Rotor #56 for Racing Performer M3 D12.5xd5.00  [RP-056A]

Yokomo RP-056A Racing Performer Rotor #56 M3 D12.5xd5.00
Price:
£31.96
Brand:
Yokomo
Model:
RP-056A
GTIN:
0639342208708
Condition:
Brand New
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Optimise Your Racing Performer M3 Setup

The Yokomo RP-056A rotor is intended for racers who need to adjust the power profile of their Racing Performer M3 motors. It offers a clear path to modifying torque and speed characteristics to fit different events or personal driving style.

Enhanced Drive and Top Speed

Featuring a 12.5mm outer diameter and a 5.00mm inner diameter, the RP-056A houses a high-power magnet that raises acceleration and peak speed potential. That translates into sharper launches and stronger mid to top end performance on the circuit.

Durable Choice with Straightforward Replacement

The rotor is engineered to remain stable under the increased temperatures of racing. If magnetic strength drops over time, swapping the rotor returns the motor to its expected performance without the cost of a new motor.

Specifications

  • Outer Diameter: 12.5mm
  • Inner Diameter: 5.00mm
  • Compatibility: Racing Performer M3 Series Motors
  • Feature: High-Power Magnet for Enhanced Acceleration

The Yokomo RP-056A rotor is a sensible upgrade for competitors and hobbyists aiming to tune a Racing Performer M3 motor for better throttle response and sustainable performance.

Remark :
Due to limited stock availability, please notice that some Yokomo items may have to order from the factory and the ready time is around 4-6 weeks. Customer purchases the item is assumed to accept the waiting time which allows us to order directly from the manufacturer if the item is out of our warehouse.
Yes, it is made to fit the Racing Performer M3 series, including common stock motor housings and shaft sizes used in the range.
Potentially. Improved acceleration and higher top speed can lower lap times, but you should balance gearing and setup to make the most of the change.
Keep spares in a dry, temperature stable place away from strong magnetic fields and metallic debris to avoid damage and preserve magnetic strength.

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