XRAY 383220 Rear Linkages 2.5° Toe-in Performance Set  [XR-383220]

XRAY 383220 Set of Rear Linkages 2.5 Toe-in (2)
Price:
£8.36
Brand:
XRAY
Model:
XR-383220
Condition:
Brand New
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Optimize Rear Geometry with XRAY 383220

The XRAY 383220 Rear Linkages provide a fixed 2.5° rear toe-in aimed at reducing rear drag and delivering a sharper, more responsive rear end. This upgrade is supplied as two linkages with pivot balls, making it straightforward to test a lower rear toe on compatible cars.

Core Features of XRAY 383220 Rear Linkages

  • Toe-in Adjustment: Pre-configured to 2.5° to lower rear toe and help improve high speed roll.
  • Construction: Designed with resilient materials to suit competitive running.
  • Compatibility: Appropriate for many RC models that accept this rear linkage format.
  • Includes: Two linkages plus pivot balls for a complete installation.
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.

Will changing to 2.5° rear toe affect lap times?

Reducing rear toe typically lowers drag and can lead to quicker straights, which may improve lap times on faster circuits. Overall performance depends on the rest of your setup.

Is this compatible with vintage and modern chassis alike?

The linkages are compatible with a wide range of chassis types that use similar rear linkage fittings. Check fitment to your specific car before purchase to ensure correct mounting.

How should I check toe after installation?

Measure rear toe with a set of toe gauges or a ruler and string method before and after installation to confirm the 2.5° setting and to compare handling changes.

Do the pivot balls require any special lubrication?

Light, appropriate RC-grade lubrication on moving joints can help reduce wear and noise. Avoid heavy greases that attract dirt and affect suspension action.

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