XRAY X1'20 2.5mm Graphite Front Arm Brace - Tuner Upgrade  [XR-372089]

XRAY 372089 - X1\'20 Graphite Front Arm Brace 2.5mm
Price:
CAD$17.40
Brand:
XRAY
Model:
XR-372089
Condition:
Brand New
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Steering accuracy upgrade for the XRAY X1'20

For serious RC enthusiasts looking to upgrade their X1'20 chassis, the XRAY 372089 Graphite Front Arm Brace is a key spare that tightens steering precision. Made to join the graphite lower suspension arms with the front stand on X1 2020 Specs kits, it improves steering response and refines overall handling balance.

2.5mm CNC graphite build for consistent feel

This front arm brace is CNC-machined from 2.5mm premium-grade graphite, offering a lightweight yet stiff component. The material keeps weight down while resisting unwanted flex on high-traction courses, giving a more predictable front-end feel during cornering.

Optimised for high-grip conditions

The brace is particularly useful on carpet and other high-grip surfaces where reduced compliance helps maintain consistent turn-in and stability. Fit this part to regain sharper steering and better control when traction is high.
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.

How do I fit the XRAY 372089 brace to my X1'20?

Installation involves removing the front lower arm mount hardware, aligning the brace between the lower arms and the front stand, then refitting the original screws. Use thread lock where recommended by the kit manual.

Will this brace change my suspension geometry?

The brace does not alter pick-up points or geometry, but by stiffening the front section it can change how the chassis transmits load, often leading to crisper steering on high-traction tracks.

Is 2.5mm graphite a durable choice for racing?

Yes, 2.5mm CNC graphite balances durability and stiffness for competition use. It performs well where extra rigidity is needed without adding significant weight.

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