TRAXXAS Craniac 1/10 CNC-Style Front Suspension Arm CRA055 by GPM  [CRA055]

TRAXXAS 1/10 Craniac Monster Truck Aluminium Front Suspension Arm - 1pr set - GPM CRA055
Price:
USD$23.90
Brand:
GPM
Model:
CRA055
GTIN:
4894538033571
Condition:
Brand New
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Precision CNC-style aluminium front arm

This aluminium front suspension arm is a precision aftermarket component aimed at TRAXXAS 1/10 Craniac Monster Truck applications, produced as model CRA055. Manufactured with attention to fit and rigidity, the part is supplied as a 1pr set and serves the front suspension linkage role.

The technical focus is on accurate replacement fit and improved stiffness for tuning or upgrade projects. These arms are intended to match the common TRAXXAS Craniac 1/10 front mounting points; confirm chassis geometry and hardware compatibility before installation.

Specifications

  • Item: Front suspension arm
  • Material: Aluminium
  • Model Number: CRA055
  • Compatibility: TRAXXAS 1/10 Craniac Monster Truck
  • Included: 1pr set

Use these machined aluminium arms when you require a stiffer, more repeatable front suspension link for a TRAXXAS Craniac 1/10; verify fit and use correct hardware torque during assembly.

This item is compatible with

  • TRAXXAS CRANIAC

What chassis checks are recommended before fitting?

Measure mounting hole centres and compare to the CRA055 pattern, inspect existing spacers and pins, and ensure clearance for steering travel prior to final fitting.

Are these arms intended for competition use?

CRA055 provides added rigidity useful for tuning and aggressive driving, but expect handling changes and adjust suspension setup accordingly for competitive use.

What installation hardware is recommended?

Use appropriately sized stainless pins or screws and shims where required; tighten to a controlled torque and recheck after initial running.

How should I inspect these arms after use?

Check for any deformation at pivot points, verify hole roundness, and confirm fasteners remain secure after heavy runs to maintain consistent geometry.