TAMIYA TT-02 Rear Hub Carrier (Anodised Red) TT02-13102-RD by Jazrider  [TT02-13102-RD]

Tamiya TT-02 Aluminum Rear Hub Carrier (Red)
Price:
NZD$17.51
Brand:
JAZRIDER
Model:
TT02-13102-RD
Condition:
Brand New
Available in shop
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TT-02 rear hub carrier - red anodised edition

This aluminium rear hub carrier is produced as an RC-scale replacement for TAMIYA TT-02 chassis arrangements, finished in red anodising to make it easy to identify during setup and testing. It positions the rear wheel hub and assists when making rear suspension geometry changes.

Installation guidance: the component aligns with standard TT-02 rear knuckle mounts. Validate compatibility with your chassis variant and existing fasteners prior to installation, and follow normal workshop practice when securing metal components. Re-check adjacent suspension and brake clearances after fitting.

Setup benefits: fitting an aluminium carrier creates a more stable reference for rear camber and toe, aiding consistent adjustments during tuning sessions. The anodised red surface speeds visual comparisons between parts.

Compatibility: Intended for use with TAMIYA TT-02 models as stated; please confirm your chassis variant before ordering.

 

Product Reviews
1 Reviews
rating
Excellent customer service with very quick delivery. We have bought several times from RCJAZ and been more than satisfied with the parts and service, however on one part purchased we were unfortunate to have an early life failure - this is where a part f

How does aluminium affect rear suspension feel?

Aluminium increases rigidity at the hub mounting point, which can tighten feedback for camber and toe changes and improve consistency across runs.

Is the anodising durable for track use?

Anodising protects the aluminium surface from light wear and corrosion, but heavy impacts or abrasion can still mark the finish; the structural strength remains regardless of surface marks.

Will this change wheel alignment procedures?

It provides a firmer mounting reference so alignment checks become more repeatable; use the same measurement method but expect less variation between setups.

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