HUDY 106059 Replacement Drive Shaft Pins 2x10 Extra Hard replacement pins for RC drive shafts, 4 pcs  [HSP-106059]

HUDY 106059 - SET OF Replacement Drive Shaft Pins 2x10 - Extra Hard (4)
Price:
USD$16.50
Brand:
HUDY
Model:
HSP-106059
Condition:
Brand New
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Replacement drive shaft pins

This HUDY replacement set supplies four 2x10 drive shaft pins intended for RC-scale drive shafts. The pins are labeled "Extra Hard" to indicate a harder heat-treated finish compared with standard pins, and they serve a straightforward mechanical role: locate and retain the drive shaft on hub or coupling assemblies to minimise axial play.

Installation is simple and typical for retention pins: align the shaft hole and push the pin through until it seats flush. For removal or service use small pliers or a pin punch sized for 2 mm diameter pins, and check fit after reassembly to confirm there is no unwanted movement. These pins are a small but important part of drivetrain tuning and maintenance that help maintain consistent shaft alignment during runs.

Specifications

  • Item: Replacement drive shaft pins
  • Model Number: HUDY 106059
  • Quantity: 4 pcs
  • Size: 2x10
  • Material: Extra hard
  • Compatibility: Standard 2x10 RC drive shafts

Use these pins when replacing worn retention pins or when a harder pin is preferred to reduce deformation under repeated assembly and track loads.

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.
They are sized for standard 2x10 shafts, confirm shaft hole diameter and length before fitting to ensure proper seating.
Press in by hand or use a small press, remove with pliers or a suitably sized pin punch, avoid bending the pin during removal.
It indicates a harder finish relative to standard pins to reduce deformation and extend service life under repeated assembly.
They serve both roles: replace worn pins and provide a harder option when minor drivetrain play or deformation has been an issue.

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