HUDY 106070 Extra Hard Drive Pins 3x10 (4 Pieces)  [HSP-106070]

Price:
AUD$30.55
Brand:
HUDY
Model:
HSP-106070
Condition:
Brand New
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Extra hard 3x10 pins to extend pin life

This HUDY pack supplies four 3x10 replacement drive shaft pins built for use in RC driveline assemblies. The pins act as standard spare items for models that specify a 3x10 size and are suitable when a firmer pin is desired for setup changes.

"Extra Hard" indicates an increased hardness treatment to limit deformation and resist wear under shear loads in drive cups, dogbones, or cross-pins. These pins are intended for model-scale use only and must not be used in full-scale applications.

To install, extract the worn pin, align drive components, and press the replacement 3x10 pin into place with suitable model pliers or a pin driver. Confirm clearances near hex screws and bearings before completing assembly. Slight differences in pin fit can influence driveline feel, so check seating and retorque fasteners after a brief 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

Use this HUDY 106070 set when replacing worn pins or when a harder pin is wanted for firmer driveline control; always check size and compatibility with your model before fitting.

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.
Extra Hard treatment reduces deformation and can extend service life compared to softer pins under similar loads, though exact life depends on usage and conditions.
The hardened finish improves resistance to shear and wear, helping maintain driveline integrity during repeated cycles.
If a pin shows any deformation or wear, replacement is recommended; reusing straightened pins risks unexpected failure in the driveline.
A firmer pin can slightly change driveline lash and feedback. Check seating and perform a test run to assess any handling differences.

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