XRAY 371173 X10 Carbon Rear POD Lower Plate Competition Upgrade  [XR-371173]

Price:
CAD$30.80
Brand:
XRAY
Model:
XR-371173
Condition:
Brand New
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Track-Focused Carbon Rear POD Lower Plate for X10 Series

The XRAY 371173 X10 Carbon Rear POD Lower Plate is a performance upgrade made for the 1-piece chassis used across the XRAY X10 range. Built from premium carbon fiber, this plate balances stiffness and lightness to help racers achieve more consistent handling and steering precision.

High-Grade Carbon for Long-Lasting Strength

Manufactured from quality carbon fiber, the XRAY rear POD lower plate delivers strong structural performance while reducing weight compared to metal parts. That combination helps keep chassis response sharp during aggressive track sessions.

Engineered for Precise Race Handling

Carefully machined to tight tolerances, this rear POD lower plate supports predictable behaviour under load and integrates cleanly with 1-piece chassis geometry for improved stability during cornering.

Straightforward Fitment for X10 1-Piece Chassis

This carbon rear POD lower plate is purpose-made for the XRAY X10 series 1-piece chassis, so installation is direct and does not require chassis modification. Use standard RC tools for a quick upgrade.

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.
Yes. The XRAY 371173 X10 Carbon Rear POD Lower Plate is designed for compatibility with the 1-piece chassis across XRAY X10 models and fits without extra trimming.
No specialized tools are required. Installation can be completed with standard hex drivers and screwdrivers used in typical RC assembly.
Yes, the increased stiffness from the carbon plate can reduce rear flex. Expect slightly different handling and adjust your shock and anti-roll settings accordingly for optimal balance.

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