Yokomo FA-19587ST ICON Titanium Shaft Rotor 12.5mm x 7.25mm - Track Edition  [FA-19587ST]

Yokomo FA-19587ST ICON Titanium Shaft Rotor ?12.5mmx7.25mm
Price:
NZD$119.66
Brand:
Yokomo
Model:
FA-19587ST
GTIN:
639342199921
Condition:
Brand New
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Track Focused Rotor: Yokomo FA-19587ST Titanium Shaft

RC builders and racers looking for a tidy performance gain will find the Yokomo FA-19587ST Titanium Shaft Motor Rotor a worthwhile fit. Designed for titanium shaft motors, this rotor aims to provide consistent rotation and reduced rotating mass for sharper response.

Why Choose Titanium for the Shaft

Titanium gives a strong strength-to-weight outcome, resisting deformation while keeping weight down. That balance helps the motor spool up quicker and maintains stability when pushing the setup hard during sprints or tight race sections.

Match This Rotor to Titanium Motors Only

Note that the FA-19587ST is made exclusively for titanium shaft motors and is not compatible with steel shaft types. Correct pairing is important to avoid fitment trouble and to keep motor life and performance predictable.

Specifications

  • Material: Titanium Shaft
  • Compatibility: Titanium Shaft Motors Only
  • Use Case: Enhanced Performance for Racing and Competitive Use

As a specialist rotor for titanium shaft motors, the Yokomo FA-19587ST is aimed at racers and experienced hobbyists seeking precise, reliable motor behaviour.

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.
Some installations may need minor shim adjustments to maintain correct endplay; check the motor manual and set end float to manufacturer recommendations.
The rotor is compatible with motors that use a matching titanium shaft, regardless of brushed or brushless design, provided shaft specs match.
Regular inspection for runout and cleaning of bearings and commutator or sensor areas will keep the rotor performing reliably.
Reducing rotating weight can improve acceleration and may assist top speed under some setups, but overall gearing and motor timing remain key factors.

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