Carbon Battery Retainer for GTXE 2027 Flat Chassis - XRAY 356170  [XR-356170]

XRAY 356170 - GTXE Carbon Battery Backstop - Rear & Front - Flat Chassis
Price:
£24.06
Brand:
XRAY
Model:
XR-356170
Condition:
Brand New
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What this part does

This XRAY 356170 carbon battery backstop is an accessory for GTXE 2027 flat-chassis configurations, CNC-machined from carbon fibre for consistent dimensions and a stiff, compact profile. It is intended for both front and rear battery mounting positions to keep packs secure under dynamic loads.

The backstop's role is purely mechanical retention and setup assistance: it helps lock the battery into a repeatable position while contributing minimal additional thickness to the chassis stack, supporting reliable tuning and weight distribution checks.

Fitting is simple for those experienced with GTXE chassis parts: it uses the standard battery mounting points and usually reuses the original screws. Additional mounting hardware is not supplied unless noted in the part listing.

Specifications

  • Item: Carbon battery backstop, rear & front, flat chassis configuration
  • Material: Carbon fibre, CNC-machined
  • Model Number: 356170
  • Compatibility: GTXE 2027
  • Process: CNC machining for consistent dimensions

For GTXE 2027 builders seeking a precise, low-profile battery retention option, the XRAY 356170 backstop gives reliable placement and solid fitment while keeping added mass and stack height minimal.

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.
Compatibility is stated as GTXE 2027; measure the mounting hole pattern and compare it to earlier GTXE kits before fitting to avoid misfit or interference.
Most installations will reuse the chassis' existing battery screws. Only if the original fasteners are worn or a modification has been made will replacement hardware be necessary.
Because it is a stiff and low-profile component, any impact on chassis balance is typically minor. Evaluate changes as part of your full setup routine to confirm handling effects.
Inspect for surface cracks, delamination, or dimensional distortion after impacts. Replace the backstop if any structural damage appears to ensure safe, secure battery mounting.

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