48-Pitch 36T Super-Hard Pinion Gear for 48-Pitch Drivetrains - Yokomo YOKPG4836  [YOKPG4836]

Yokomo PG-4836 - 48 Pitch 36 Teeth Super Hard Precision Pinion Gear
Price:
CAD$12.23
Brand:
Yokomo
Model:
YOKPG4836
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48-Pitch, 36-Tooth Super-Hardened Pinion Gear

The Yokomo YOKPG4836 pinion is a 48-pitch, 36-tooth precision gear intended for electric RC drivetrains. Its hardened finish and precise machining help preserve accurate mesh when used with compatible 48-pitch spur gears.

Choose this pinion for small, controlled ratio changes to refine acceleration, top speed, or motor load. It works as a direct replacement or an upgrade where a 36-tooth pinion is required to reach a target ratio.

Installation notes: check that the pinion bore matches your motor shaft or that you have the correct adaptor, set proper mesh with the mating spur gear before final tightening, and align gear faces to avoid uneven wear. After fitting, rotate the drivetrain by hand under low load to confirm smooth engagement.

This description concentrates on fitment and tuning function rather than promotional claims; treat the pinion as an interchangeable part within compatible 48-pitch RC drivetrains.
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.

What is the significance of 48 pitch for this pinion?

48 pitch denotes tooth spacing and profile; this pinion will mesh correctly only with other 48-pitch spur gears commonly used in scale electric RC models.

How do I confirm the pinion fits my motor shaft?

Measure your motor shaft diameter and compare it to the pinion bore or use the appropriate adaptor sleeve; do not press a pinion with a larger bore onto a smaller shaft without an adaptor.

Is any special run-in required after installation?

No special break-in is needed; instead verify mesh and perform a low-load rotation check after installation to ensure smooth engagement and correct alignment.

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