3Racing SAK-D6808A/BU Aluminum Rear Bulkhead Belt for Auper D6  [SAK-D6808A/BU]

3RACING Auper D6 Aluminum Rear Bulkhead Belt Blue - SAK-D6808A/BU
Price:
USD$34.40
Brand:
3Racing
Model:
SAK-D6808A/BU
Condition:
Brand New
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Aluminum rear bulkhead belt for Auper D6

This aluminum rear bulkhead belt is an RC-scale replacement part designed for the Auper D6 chassis. The component serves at the rear bulkhead area to control belt routing and provide a rigid mounting surface where the belt crosses the bulkhead, maintaining alignment under load.

Compatibility is focused on Auper D6 platform layouts that use a rear bulkhead belt arrangement. The part is supplied in a blue finish and is intended as a direct-fit hop-up where the original bulkhead belt is removable or serviceable within the kit design.

Installation typically follows the kit's standard rear bulkhead access procedures and uses existing mounting interfaces; check your Auper D6 kit manual for fastener locations and torque recommendations. As a tuning element, the aluminum belt plate helps reduce flex at the belt pass and can contribute to consistent drivetrain behavior during high-load cornering and acceleration on track surfaces.

Specifications

  • Item Rear bulkhead belt plate
  • Material Aluminum
  • Model Number SAK-D6808A/BU
  • Compatibility Auper D6 chassis
  • Color Blue

Use this machined aluminum rear bulkhead belt to replace or upgrade the stock rear belt pass on Auper D6 kits where increased rigidity and repeatable belt alignment are desired for competitive RC setup tuning.

It is designed for the Auper D6 rear bulkhead area to replace or upgrade the stock belt plate where the kit provides a removable belt mount.
The part is machined from aluminum to increase stiffness at the belt pass, which helps maintain alignment and consistent drivetrain response.
Installation normally uses the kit's existing hardware and mounting points; verify your Auper D6 kit parts layout before fitting.
By stiffening the belt pass, it can reduce unwanted belt movement and help deliver more predictable drivetrain behavior under load, aiding setup consistency.

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