TAMIYA DT-03 Rear Shock Tower Upgrade, Aluminium - JR-DT303-BK by Jazrider  [JR-DT303-BK]

Tamiya DT-03 Aluminum Rear Shock Tower (Black)
Price:
£7.28
Brand:
JAZRIDER
Model:
JR-DT303-BK
Condition:
Brand New
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DT-03 Fitment and Compatibility Details

This is an RC-scale machined aluminum rear shock tower designed for the TAMIYA DT-03 chassis, supplied as part number JR-DT303-BK by JAZRIDER. It acts as a direct replacement for the stock plastic tower to provide a firmer mounting point for rear shocks and to simplify precise changes to rear suspension geometry.

Compatibility and role: Intended for DT-03 layouts, the tower mounts to the factory rear bulkhead using the DT-03 shock mounting pattern. As an aftermarket structural upgrade, it establishes repeatable shock pickup points and supports tuning tasks like adjusting shock angles, roll center, and anti-squat while keeping other suspension parts unchanged.

Installation notes: Install to the DT-03 rear mounting points and, where appropriate, reuse the chassis original mounting hardware and shock screws. Typical installation steps include removing the original tower, positioning the aluminum tower on the chassis, and securing it into the factory screw positions. Recheck alignment and shock eye-to-eye distance after installation before operating the model.

Tuning guidance: This tower is suitable when you require more consistent mounting for comparative setup testing. Because the part is metal it reduces flex at the shock pivots compared with plastic, which helps when isolating the effects of spring and damper changes.

It is made to the DT-03 rear shock mounting pattern and should fit standard DT-03 rear bulkheads. Check for any non-standard modifications on your chassis before purchase.
After fitting, verify that shocks have full travel without binding and that the tower does not contact other components at full suspension droop or compression.
Because it fixes shock pickup positions more rigidly, pairing this tower with other stiffening hop-ups may change load paths; test setups incrementally to assess overall chassis behavior.

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