XRAY 368027 -6MM Shock Spring Collar Set  [XR-368027]

XRAY 368027 Aluminium Shock Spring Retaining Collar -6MM (4)
Price:
£36.50
Brand:
XRAY
Model:
XR-368027
Condition:
Brand New
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Accurate Spring Retention for XB2 Shocks

Serious RC tuners can rely on the XRAY 368027 Aluminum Shock Spring Retaining Collar to hold springs firmly on XB2 series shocks. Machined from robust aluminium, these collars maintain spring position under load and help preserve suspension behaviour. They are tailored for the XB2 2025 model and offer dependable spring locking for both practice and race environments.

Why Aluminium Works Well Here

Aluminium collars are prized for their combination of lightness and resilience. The XRAY 368027 items are made to tight tolerances so they clamp evenly on the shock shaft, minimising spring creep and helping keep handling consistent across runs.

Installation and Fitment Guidance

Specifically made for the XB2 series, these collars are straightforward to fit with common tools. Replacing worn or plastic collars with these machined parts improves both function and appearance, while ensuring springs stay in the correct position during aggressive driving.

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.
They are optimised for the XB2 series. Other brands may fit if they share the same shock shaft diameter, but measure before attempting to fit.
Yes, aluminium will perform in wet conditions but clean and dry them after use to prevent grit from wearing the seating surface.
No special tools are required. A small hex driver and pliers are usually sufficient to remove and refit the collars safely.
Inspect the bore and contacting edges for grooves or deformation; replace if seating is no longer smooth to avoid spring slippage.
They do not change damping. Their role is to lock spring position so damping behaviour remains consistent run to run.

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