Tamiya DF-02 Precision Front Shock Tower DF2028 by GPM  [DF2028]

Tamiya DF-02 Alloy Front Shock Tower With Alloy Collars & Screws - 1pc set - GPM DF2028
Price:
USD$10.90
Brand:
GPM
Model:
DF2028
GTIN:
4894538039405
Condition:
Brand New
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alt="Tamiya DF-02 Alloy Front Shock Tower With Alloy Collars & Screws - 1pc set - GPM DF2028" title="Tamiya DF-02 Alloy Front Shock Tower With Alloy Collars & Screws - 1pc set - GPM DF2028"
alt="Tamiya DF-02 Alloy Front Shock Tower With Alloy Collars & Screws - 1pc set - GPM DF2028" title="Tamiya DF-02 Alloy Front Shock Tower With Alloy Collars & Screws - 1pc set - GPM DF2028"

Technical Front Shock Tower for DF-02

This aftermarket front shock tower is an RC-scale replacement part designed for the Tamiya DF-02 platform and supplied as a 1 pcs set. It replaces the stock tower to deliver a rigid mounting point for front shocks and upper suspension link locations, and it is provided with alloy collars and screws as listed in the product title.

The alloy construction is intended to match the DF-02 stock mounting pattern; proper installation requires aligning the tower to the bulkhead or shock mount plate holes, securing it with the supplied screws, and verifying that both shocks have matching angles to preserve consistent suspension response.

From a setup standpoint the tower fixes shock top positions to maintain repeatable ride height and gives a stable anchor for tuning shock geometry. When altering mount positions or swapping shock units, confirm body shell clearance and steering travel before final torqueing to prevent interference.

The tower is produced to the DF-02 mounting pattern; verify the hole positions on your chassis to ensure direct compatibility with your specific DF-02 layout.
The unit is supplied as a single-piece set including alloy collars and the mounting screws indicated in the product title; inspect the supplied hardware during assembly to confirm fit.
After fitting, ensure shock top positions are parallel, verify steering travel and body clearance, and perform a short test to confirm the suspension responds consistently under load.