Yokomo FA-18917-4 FANTOM HELIX V2 17.5T Competition Motor  [FA-18917-4]

Yokomo FA-18917-4 FANTOM HELIX V2 SPEC EDITION 17.5T 12.5x7.25x24mm
Price:
AUD$268.37
Brand:
Yokomo
Model:
FA-18917-4
GTIN:
639342228898
Condition:
Brand New
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FANTOM HELIX V2 by Yokomo - Product Overview

The Yokomo FA-18917-4 FANTOM HELIX V2 SPEC EDITION 17.5T targets competitive drivers who need reliable race pace. Built for stock and blinky formats, it aims to deliver a measured blend of speed and control while observing ROAR rules.

Performance Where It Counts

The HELIX V2 is engineered to give effective power output without exceeding class restrictions. Its characteristics emphasise controllable acceleration and usable midrange torque to help drivers stay consistent over a race distance.

Rotor Options for Tuning

Multiple rotor lengths are available to tune the motor for event conditions. A 24mm rotor favours boosted, high-speed classes, the 26mm rotor increases torque for blinky racing, and a 25mm rotor offers a balanced compromise for mixed conditions.

Specifications

  • Type: Racing Motor
  • Turns: 17.5T
  • Dimensions: 12.5x7.25x24mm
  • Compatibility: Stock and Blinky Racing

A practical option for club and event racers needing flexible motor behaviour across formats.
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.

How do rotor lengths change driving feel?

Shorter rotors like 24mm favour top-end speed, while longer rotors such as 26mm add midrange torque; 25mm sits between those characteristics.

Can I use this motor in local club races?

Yes, it is intended for stock and blinky competition but always confirm your club's interpretation of class rules and any approved equipment lists.

Any quick setup tips for first runs?

Start with conservative pinion size and monitor motor temperature over short runs, then adjust gearing and rotor choice to match track layout and handling.

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