3x12 Extra Hard Drive Shaft Pins, set of 4 - HUDY 106072  [HSP-106072]

Price:
AUD$32.12
Brand:
HUDY
Model:
HSP-106072
Condition:
Brand New
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Drive Shaft Retention Pins 3x12 (Extra Hard)

This HUDY 106072 package contains four extra hard 3x12 pins intended for R/C driveshaft systems. They serve as direct spares to secure drive shafts and couplings, providing consistent seating where a non-flexing pin is desired.

Tuning impact: these stiffer pins help preserve drivetrain alignment when adjusting setup or under varying load, reducing play that can affect handling. Include them in your tuning kit and replace upon signs of wear or distortion to maintain predictable drive line response.

Specifications

  • Item Replacement drive shaft pins 3x12
  • Material Extra hard
  • Model Number HUDY 106072
  • Compatibility General R/C driveshaft assemblies

A small but useful spare set, the HUDY 106072 pins help ensure firm retention and consistent drivetrain performance during tuning and maintenance cycles.
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.

Do these pins change drivetrain feel when tuning?

Stiffer pins reduce unwanted flex at the joint, which can make drivetrain response crisper during setup changes and under acceleration.

Can using extra hard pins cause other parts to wear faster?

Because they transfer load more rigidly, monitor connected components; if the rest of the drivetrain is weaker, stress may shift to those parts.

Are these pins recommended for on-track tuning sessions?

They are well suited for track tuning when you need consistent pin retention; keep spares to swap between sessions if you notice any deformation.

How should I handle pins during reassembly after tuning?

Ensure clean mating surfaces, align parts precisely, and press pins in straight to avoid bending or scoring the shaft or coupling holes.

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