XRAY 308091 Low-Profile Shock Foam Inserts 4 Pieces  [XR-308091]

XRAY 308091 Shock Foam Insert - Low (4)
Price:
£8.21
Brand:
XRAY
Model:
XR-308091
Condition:
Brand New
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Controlled Rebound with XRAY 308091 Foam Inserts

Model racers and club drivers can use the XRAY 308091 Low-Profile Shock Foam Inserts to achieve more controlled rebound characteristics. They are compatible with all XRAY shocks, helping you lock in predictable handling across sessions.

Why Low-Profile Foam Matters

A reduced foam height decreases internal shock volume shifts, enabling finer rebound tuning and improved chassis balance through technical sections. This is useful when seeking consistent lap times.

Pairing and Fitment Guidelines

These inserts are intended to be used with the #308081 Low-profile Shock Membranes for correct seating in XRAY shocks. The kit includes four inserts so you can outfit a full vehicle quickly.
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.

Are XRAY 308091 inserts suitable for vintage shock bodies?

They are optimised for current XRAY shock designs; older bodies may require trial fitting to confirm correct seating and clearance.

What tools help with a clean install?

Basic shock tools such as a soft jaw clamp, needle nose pliers and a lint-free cloth will make installation and seating straightforward.

Can these be used with different membrane types?

They are designed to work with the #308081 Low-profile Shock Membranes for best results; mixing membrane types can alter feel and should be tested.

How do I tune rebound with these inserts?

Start with baseline oil and spring settings, then make small changes to rebound and test on a consistent surface to note handling differences.

How should I store spare inserts?

Keep them flat in a cool, dry place away from solvent vapours to prevent deformation and prolong service life.

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