3x10 Extra Hard Drive Shaft Pins for RC - HUDY 106070 (4 pcs)  [HSP-106070]

Price:
NZD$36.71
Brand:
HUDY
Model:
HSP-106070
Condition:
Brand New
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Spare 3x10 pins for RC drive systems

This HUDY kit contains four 3x10 replacement drive shaft pins manufactured for RC-scale driveline assemblies. They function as direct spare parts for general R/C setups where a 3x10 pin is required, useful as a wear replacement or a stiffer option when swapping components while tuning.

The Extra Hard designation describes the hardened treatment applied to reduce deformation and resist shearing during repeated use in drive cups, dogbones, or cross-pins. These components are intended for model installation only and are not to be used on any full-scale vehicle.

Installation is straightforward: remove the old pin, align the shaft and cup, then push the replacement 3x10 pin into position using appropriate model pin tools or fine pliers. Check clearances near hex screws and bearings prior to final reassembly. Small variations in pin fit can influence driveline lash, so confirm secure seating and re-torque adjoining fasteners after a short test run.

Specifications

  • Item: Replacement Drive Shaft Pins 3x10 - Extra Hard (4 pcs)
  • Material: Extra Hard specification
  • Model Number: 106070
  • Compatibility: R/C General, shim / washer category applications

Keep this HUDY 106070 set on hand when worn pins need replacement or when a harder pin is preferred for tighter driveline control; always verify dimensions before fitting to your model.

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.
Use a small pin punch or fine pliers and work slowly to avoid bending surrounding components; support the drive cup while extracting the pin.
A model pin driver or fine pliers works well; press straight and steady to avoid misalignment or damage to the drive cup.
Verify space around adjacent hex screws and bearings so the new pin does not interfere with nearby parts once installed.
No special break-in is required; after installation perform a short test run and recheck fastener torque and seating to confirm proper fit.

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