XRAY 338000-O NT1 Low Profile Aluminum Shock Absorbers - Orange Track Upgrade  [XR-338000-O]

XRAY 338000-O NT1 Aluminum Shock Absorber Set - Low Profile - Orange (2)
Price:
CAD$85.59
Brand:
XRAY
Model:
XR-338000-O
Condition:
Brand New
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Stability and Control with XRAY 338000-O NT1

Built for committed nitro touring racers, the XRAY 338000-O NT1 Low Profile Aluminum Shock Absorber Set reduces the center of gravity to sharpen handling and enhance control at high speed. These shocks are tailored to make aggressive lines more stable without compromising balance.

High-Precision Construction

The LP shocks use Swiss 7075 T6 aluminum for robust service life and feature CNC-machined bodies. Their larger diameter design keeps the same oil capacity as earlier units while improving the suspension response for more consistent feedback.

Lowered Profile for Better Cornering

A 6mm overall height reduction versus previous NT1 assemblies helps the car track flatter through corners and lowers the chance of traction rolling. Larger upper and lower ball joints also increase contact consistency, contributing to improved traction.

Easy Setup and Tuning

Threaded shock bodies allow quick ride height tweaks, and the low-profile membranes give smooth damping feel. The combination makes setup changes straightforward for differing track surfaces and race conditions.

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 produced specifically for the NT1 platform and fit without chassis modification when using the matching mounting hardware and ball studs.
The internal oil volume remains the same as previous versions, so drivers can start with their existing oil grades and fine tune damping by changing pistons or oil viscosity as needed.
Low-profile membranes reduce cavitation and smooth out initial shaft movement, giving a more linear and predictable damping sensation through small and large inputs.

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