XRAY 306134 X4F Aluminium Battery Retention Stop  [XR-306134]

XRAY 306134 - X4F Aluminium Battery Holder Backstop
Price:
£13.50
Brand:
XRAY
Model:
XR-306134
Condition:
Brand New
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Fine Tuning with the XRAY 306134 Battery Stop

Purpose made for the X4F chassis, the XRAY 306134 Aluminum Battery Positioning Backstop uses Swiss 7075 T6 aluminium to offer a tough, lightweight stop that keeps the battery steady during aggressive driving. It supports consistent setup work so your changes behave predictably.

Precision Machining for Consistent Results

The CNC-machined profile ensures accurate seating in the battery tray, letting you alter battery position to refine balance. That repeatability helps with consistent corner entry and exit response across multiple runs.

Specifications

  • Material: Swiss 7075 T6 Aluminum
  • Compatibility: X4F Chassis

For drivers who prize setup consistency, the XRAY 306134 Aluminum Battery Positioning Backstop is a reliable upgrade to secure the battery and optimise handling on the X4F.
Remark :
Due to limited stock availability, please notice that some XRAY items may have to order from the factory and the ready time is around 4-6 weeks. Customer purchases the item is assumed to accept the waiting time which allows us to order directly from the manufacturer if the item is out of our warehouse.

Can I use this with foam or hardcase packs?

The backstop is intended for the X4F battery area and will accept the common pack shapes used in that chassis. Verify clearance and fit for specific foam or hardcase packs before finalising your setup.

Does the alloy require any special protection?

Swiss 7075 T6 is robust, but it benefits from routine cleaning after dusty or wet sessions. Light corrosion prevention and keeping contact areas free of grit will prolong reliable fitment.

Will this help with lap time consistency?

By stabilising the battery and allowing repeatable placement, the XRAY 306134 contributes to consistent car behaviour, which in turn helps drivers reproduce setup changes and lap times more reliably.

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