Yokomo RP-096A Racing Performer Rotor #95 D12.5x7.25 Titanium Shaft - Precision Spec  [RP-096A]

Yokomo RP-096A Racing Performer Rotor #95 D12.5x7.25(Titanium shaft)
Price:
NZD$90.35
Brand:
Yokomo
Model:
RP-096A
GTIN:
0639342209217
Condition:
Brand New
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Sharpen Your Setup with the Yokomo RP-096A Rotor

In competitive RC, component upgrades pay dividends on lap times. The Yokomo RP-096A spare rotor for the Racing Performer brushless motors is a refined replacement that improves throttle control and helps prevent stall during technical cornering.

Why Choose a Titanium Shaft

Titanium brings a strong strength-to-weight ratio, lowering rotational inertia so the motor can pick up speed faster. That translates to a more immediate power delivery and crisper response when you need quick corrections on track.

Better Corner Exits and Stability

The RP-096A helps keep power flowing through tight turns, reducing the chance of losing momentum on exit. That steadier torque delivery is particularly useful where quick steering changes are frequent.

Specifications

  • Material: Titanium with low mass
  • Compatibility: Built for Racing Performer brushless motors
  • Functionality: Enhanced throttle response and reduced stalling in corners

For racers who prioritise control on technical layouts, the Yokomo RP-096A offers a lightweight, durable option to improve responsiveness and preserve momentum through complex sections.

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.
You may see a slightly snappier throttle curve; many users fine-tune gearing or throttle trims to take full advantage of the reduced inertia.
Titanium offers excellent durability for its weight. Normal care and correct motor assembly will ensure reliable service for regular racing.
The rotor itself does not directly change battery capacity, but improved efficiency and smoother power delivery can influence overall system behaviour under load.

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