HUDY 293508 Aluminium Throttle Servo Horn - Hitec 24t M3 for 1/8 Off-Road  [HSP-293508]

HUDY 293508 - Aluminium Throttle Servo Horn 1/8 Off-Road Hitec - 24t (m3 Thread)
Price:
CAD$27.35
Brand:
HUDY
Model:
HSP-293508
Condition:
Brand New
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alt="HUDY 293508 - Aluminium Throttle Servo Horn 1/8 Off-Road Hitec - 24t (m3 Thread)" title="HUDY 293508 - Aluminium Throttle Servo Horn 1/8 Off-Road Hitec - 24t (m3 Thread)"

Precision Throttle Control with HUDY 293508

For drivers chasing crisper throttle inputs on 1/8 off-road machines, the HUDY 293508 Aluminium Throttle Servo Horn delivers a dependable option. Designed for Hitec servos with a 24-tooth spline and M3 thread, this horn balances precision and toughness for demanding off-road use.

Fit and Construction

The HUDY aluminium throttle servo horn is manufactured to mate cleanly with Hitec servo splines, creating a solid interface that copes with off-road stresses. Its aluminium build is light yet strong, helping maintain responsive throttle feel without adding excess mass to the front end.

On-Track Use

This component suits hobbyists who need accurate throttle control across rough surfaces and race conditions. Installation is straightforward for anyone familiar with standard servo fittings, making it a practical upgrade for performance-focused setups.

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.
This horn is made for Hitec servos with a 24-tooth spline and M3 thread. Other brands can fit if they match those spline and thread dimensions.
Aluminium offers greater durability and resistance to wear compared to most plastics, while still keeping weight low, which helps preserve throttle responsiveness.
Installation follows standard servo fitting steps: align the 24-tooth spline, slide the horn onto the servo shaft, and secure it using the M3 thread. No special tools are required beyond basic handhelds.

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