Upgrade for Auper D6 Rear Upright - SAK-D6816/PU (Purple) by 3Racing  [SAK-D6816/PU]

3RACING Auper D6 Aluminum Rear Upright Purple - SAK-D6816/PU
Price:
AUD$26.76
Brand:
3Racing
Model:
SAK-D6816/PU
Condition:
Brand New
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Replacement rear upright for Auper D6

This aluminum rear upright is a direct replacement-style component made for the Auper D6 RC chassis. It locates the rear wheel hub and connects to the suspension links and hub carrier, keeping factory mounting points while giving an aluminium alternative to original composite parts.

Suited to modelers who work on or tune Auper D6 touring cars, the upright helps maintain repeatable rear suspension geometry. Fit it to replace damaged components or to gain the dimensional stability that metal provides in hub areas affecting toe and camber.

Installation follows the original procedure: remove the wheel and hub assembly, unfasten the upright from the hub carrier and suspension links, install the replacement upright, and reassemble while checking bearing seating and alignment. No special tools beyond standard RC maintenance tools are required; confirm screw torque and clearances before use.

Specifications

  • Item: Rear upright
  • Material: Aluminum
  • Model Number: SAK-D6816/PU
  • Color: Purple anodized
  • Compatibility: Auper D6

As an aluminium replacement for the Auper D6 rear upright, this component aims to restore and stabilise rear hub geometry for maintenance and tuning tasks.

What are the step-by-step instructions to change the rear upright?

Begin by removing the wheel and hub assembly, unbolt the upright from the hub carrier and suspension links, place the new upright in position, refit bearings and hardware, then check alignment and torque all screws to spec.

Will this alter the baseline wheel alignment?

Because aluminium holds dimensions more rigidly than some plastics, small changes in toe and camber feel are possible; you may need a slight setup tweak to match prior handling characteristics.

Are any special tools required to fit this part?

No special tools are required beyond common RC maintenance tools such as hex drivers and pliers. Use a torque driver if available to ensure correct screw tightness on aluminium surfaces.

Does the anodize protect the part from wear?

The anodized finish adds surface protection and aesthetics, but inspect for chips after impacts since exposed aluminium may be susceptible to corrosion over time if not cleaned and dried.

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