XRAY 369711 Gamma 4D Lightweight Buggy Body for 1/10 XB4  [XR-369711]

XRAY 369711 - Body For 1/10 4WD Off-road Buggy - Gamma 4d - Light
Price:
NZD$87.25
Brand:
XRAY
Model:
XR-369711
Condition:
Brand New
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Gamma 4D Ultra-Light Body for Sharper Cornering

The XRAY 369711 Gamma 4D is a pared-back, light body shell crafted to enhance the dynamics of your 1/10 off-road buggy in slippery conditions. Lowering the shell weight helps the buggy resist roll and maintain steadier speed through bends.

Lightweight, Track-Focused Shape

Made from high-quality Lexan, the Gamma 4D features a low-slung aerodynamic silhouette that fits the XB4 chassis snugly. The tail is formed to increase rear downforce for improved traction, while the front section promotes crisper steering reaction on technical corners.

Airflow and Side Stability

Flattened door areas and a compact cockpit guide airflow to reduce side lift and improve stability. Integrated roof channels smooth the air over the car, contributing to predictable handling across different track surfaces.

Specifications

  • Material: Premium Lexan
  • Compatibility: Designed for XRAY XB4 series
  • Application: Ideal for low traction 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.

Is this body legal for club events?

Most club rules accept lightweight Lexan shells; check class regulations on body height and wheel coverage to ensure compliance before racing.

What tyre choices work best with this shell?

Low-grip tracks pair well with softer compound tyres to maximise the downforce benefits from the shell; experiment with tread patterns for the local surface.

How should I fasten it for best results?

Use standard body posts and light clips, trimming only where necessary. Keep the mount points tight to preserve the intended aerodynamic profile.

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