Replacement Drive Shaft Pins 4 pcs HUDY 106074 - 3x14 Extra Hard  [HSP-106074]

HUDY 106074 - SET OF Replacement Drive Shaft Pins 3x14 - Extra Hard (4)
Price:
£17.45
Brand:
HUDY
Model:
HSP-106074
Condition:
Brand New
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Replacement pins for 3x14 bores

This four-piece pack contains HUDY 106074 drive shaft pins in a 3x14 size with an extra hard treatment. They are produced as replacement parts for RC drive systems where standard pins have worn or deformed.

The pins secure couplings and transmit torque between rotating parts; the harder finish helps limit wear and bore elongation in demanding conditions. The nominal 3x14 sizing is intended for shafts and couplers designed for a 3 mm diameter, 14 mm length pin.

Installation advice: check bore roundness and alignment before fitting, consider replacing both pins on a joint to maintain balance, and examine mating components for scoring or ovaling that could necessitate refurbishment.

Specifications

  • Item Replacement Drive Shaft Pins 3x14 - Extra Hard, 4 pcs
  • Material Extra hard grade treatment (manufacturer specified)
  • Model Number HUDY 106074
  • Compatibility Generic RC drive shafts with 3x14 pin bores

Fit these extra hard 3x14 pins when renewing drivetrain hardware or when seeking better longevity under load; always verify compatibility prior to final assembly.
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.

How do I check if my coupler uses a 3x14 pin?

Measure the coupler pin bore diameter and depth; a correct fit will accept a 3 mm diameter pin and provide about 14 mm of engagement. Confirm there is no excessive taper or wear.

Are these pins compatible with aftermarket couplers?

They are compatible with any coupler or shaft specified for 3x14 pins. Verify the bore dimensions and material hardness of the aftermarket part to ensure even wear and secure retention.

What tools do I need to fit these pins safely?

A small arbor press or a pin driver and vise is recommended to insert pins squarely. Use protective supports to avoid bending the shaft and check alignment during insertion.

Can environmental exposure affect these pins?

While the hardening improves wear resistance, exposure to corrosive conditions may still affect pins over time. Keep parts clean and consider protective coatings or maintenance if operating in wet or salty environments.

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