Kyosho PNGA4822 Velvet Coating Pinion Gear 22T Tuning Part  [KY-PNGA4822]

Kyosho PNGA4822 - Velvet Coating Pinion Gear(22T-48P)
Price:
NZD$19.05
Brand:
Kyosho
Model:
KY-PNGA4822
GTIN:
4548565414475
Condition:
Brand New
Quantity Discount
Unit Price You Save
2 $16.09 each $5.93 or 16%
3+ $15.28 each $11.31 or 20%
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alt="Kyosho PNGA4822 - Velvet Coating Pinion Gear(22T-48P)" title="Kyosho PNGA4822 - Velvet Coating Pinion Gear(22T-48P)"

Velvet Pinion for Consistent Power Flow

The Kyosho PNGA4822 pinion is built to deliver steady, low-friction engagement in hobby RC drivetrains. The velvet coating helps maintain smooth transfer of torque and reduces harsh contacts between gears.

Highlights

  • Velvet Coating: Helps reduce friction at the meshing surface for cleaner engagement.
  • Tooth Count: 22T offers a sensible compromise between punch and top speed for a variety of setups.
  • Pitch: 48P is compatible with the standard spur gears used across many 1/10 scale models.

Compatibility Notes

Engineered for broad use across 1/10 scale cars, this pinion works well when you need improved drivetrain feel or want to experiment with gearing ratios. The 22-tooth option is versatile for both casual and club-level driving.
Remark :
Due to limited stock availability, please notice that some Kyosho 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.

Will the PNGA4822 fit my spur gear?

If your spur uses a 48P pitch and the motor shaft diameter matches the pinion bore, the Kyosho PNGA4822 is likely compatible. Confirm shaft fit before installation.

Does the coating change how I lubricate gears?

You do not need special lubricants; keep gears clean and use light gear grease if required, avoiding abrasive contaminants that could wear the coating.

How do I check correct mesh with this pinion?

Set pinion position to give a small amount of play, then rotate to confirm smooth engagement without binding. Recheck after a short run to confirm nothing has shifted.

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