HUDY 293509 Aluminium Throttle Servo Arm for Futaba 25T M3 Thread V2  [HSP-293509]

HUDY 293509 Aluminum Throttle Servo Horn Futaba - 25T M3 Thread - V2
Price:
NZD$33.99
Brand:
HUDY
Model:
HSP-293509
Condition:
Brand New
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alt="HUDY 293509 Aluminum Throttle Servo Horn Futaba - 25T M3 Thread - V2" title="HUDY 293509 Aluminum Throttle Servo Horn Futaba - 25T M3 Thread - V2"

Fine Throttle Tuning with HUDY 293509

The HUDY 293509 Aluminum Throttle Servo Horn delivers tighter throttle control by cutting out unwanted flex in the linkage. Machined from high-grade aluminium, it keeps movement crisp and repeatable for competitive use.

Build Details and Compatibility

Specifically intended for Futaba servo installations, this horn takes 3mm linkage and uses a dual-hole scheme to let you swap leverage points without fuss. The V2 profile fits Futaba servos including brushless models, but it does not fit Savox servo splines.
Remark :
Due to limited stock availability, please notice that some HUDY items may have to order from the factory and the ready time is around 8-12 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.

Can I use HUDY 293509 on a brushless Futaba servo?

Yes, the V2 variant was updated to clear brushless motor housings on Futaba servos, so it will fit common brushless Futaba models while remaining incompatible with Savox.

Is installation difficult for first time tuners?

Installation is straightforward: secure the horn to the servo spline, attach your 3mm linkage, and test travel. Adjust the hole position to dial in throttle throw and centring.

How should I maintain the horn?

Keep the mounting area clean and check for loose fasteners after running. Aluminium resists wear but periodic inspection ensures consistent performance.

Will it change throttle sensitivity?

Switching to a stiffer aluminium horn tends to sharpen throttle response by reducing compliance in the control linkages, making modulation more precise.

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