Tamiya DF-02 Rear Adjustable Alloy Spring Damper 100mm DF23100 by GPM  [DF23100]

Tamiya DF-02 Alloy Rear Adjustable Spring Damper (100mm) With Alloy Collars & Screws & Plastic Black Dust Proof & Lock Nuts - 1pr set - GPM DF23100
Price:
USD$23.90
Brand:
GPM
Model:
DF23100
GTIN:
4894538041019
Condition:
Brand New
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Rear adjustable damper for DF-02 chassis tuning

This aftermarket rear spring damper is produced for the Tamiya DF-02 platform and supplied as a 1 pr set. The assembly features alloy collars and matching alloy screws, black plastic dust seals and lock nuts, and a 100mm length intended for rear suspension positions on DF-02 chassis configurations.

The threaded collars enable precise spring preload changes while the lock nuts provide mechanical retention, so the unit functions as a direct rear shock replacement when mounting points and stroke correspond to DF-02 geometry. The dust seals reduce ingress of abrasive material around the piston region, and the alloy hardware offers improved clamping durability for repeated setup cycles.

Specifications

  • Item: Rear adjustable spring damper, 1 pr set
  • Material: Alloy collars and screws, plastic dust seals
  • Model Number: DF23100
  • Compatibility: Tamiya DF-02
  • Length: 100mm

Intended for DF-02 rear shock replacement where 100mm units are specified; combine collar preload changes with spring choice to optimise ride height and handling characteristics.

What tolerances are important when fitting these dampers?

Ensure mount eye spacing and stroke length match DF-02 specifications and inspect clevis or ball end fit for minimal lateral play to preserve damping geometry.

How do alloy collars affect setup repeatability?

Alloy collars offer stable threads and reduced deformation versus plastic, improving repeatable preload settings across multiple assembly and teardown cycles.

Are the dust seals serviceable?

Inspect seals for wear and replace when necessary; keeping seal lips intact maintains protection against grit which extends service life of the moving components.