GPM Axial EXO 11T Steel Motor Pinion EX011TS Pack  [EX011TS]

Axial Racing EXO Steel Motor Pinion (11T) - 1pc - GPM EX011TS
Price:
CAD$5.25
Brand:
GPM
Model:
EX011TS
GTIN:
4894538059632
Condition:
Brand New
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alt="Axial Racing EXO Steel Motor Pinion (11T) - 1pc - GPM EX011TS" title="Axial Racing EXO Steel Motor Pinion (11T) - 1pc - GPM EX011TS"
alt="Axial Racing EXO Steel Motor Pinion (11T) - 1pc - GPM EX011TS" title="Axial Racing EXO Steel Motor Pinion (11T) - 1pc - GPM EX011TS"

11-tooth steel pinion for Axial EXO

The EX011TS is a single 11T steel motor pinion designed for use with Axial EXO platforms, supplied as 1 pc for 1/10 scale RC applications. It functions as a direct replacement hop-up, forming the motor-to-spur gear interface where an 11-tooth steel pinion is required.

Fit this pinion when you need to change the final drive ratio to tune traction, acceleration or battery runtime, or when replacing a worn pinion. Installation requires matching the tooth count and module to the spur gear and ensuring correct axial alignment on the motor shaft. Confirm the pinion seats fully on the motor splines and secure it with the original hex screw or locking method to prevent slippage.

As a steel pinion, the EX011TS offers improved wear resistance at the motor interface compared with softer materials, which affects maintenance intervals and compatibility with certain spur materials. Before running, inspect motor bearings and check the pinion mesh under static rotation to verify smooth engagement without binding.

This 11T pinion is intended for Axial EXO platform 1/10 scale models that use a matching motor spline and 11-tooth motor pinion. Verify your spur module and shaft fit before purchase.
Steel pinions are harder than many plastic spurs and can accelerate wear on softer spur materials. Check mesh frequently and consider a metal spur for aggressive setups.
Set a small clearance between pinion and spur, tighten the motor screw while holding mesh, then rotate the drivetrain by hand to confirm even contact before powering the model.

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