ARC A11 Graphite 2.25mm Main Chassis for ARC A11 - O-ARCP03 by Factory Pro  [FP-O-ARCP03]

Price:
£34.25
Brand:
Factory Pro
Model:
FP-O-ARCP03
Condition:
Brand New
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What the ARC A11 Graphite Chassis Offers

Factory Pro provides this aftermarket main chassis as a 2.25mm graphite plate for ARC A11 1/10 on-road touring cars. The part is intended as a direct replacement to modify baseline chassis stiffness and produce consistent responses when suspension and drivetrain settings are adjusted.

Support is limited to ARC A11 as stated in the product title; double-check that your kit uses this chassis platform before ordering. Graphite changes the flex profile relative to other plate thicknesses, making it suitable when you need more mid-corner support without altering additional structural elements.

The installation process is the same as most 1/10 touring car chassis swaps: remove electronics and drivetrain components as required, move mounting hardware from the original chassis, and align servo, ESC and motor mounts before tightening. Do not over-torque fasteners into graphite and revisit torque settings after an initial shakedown run.

Specifications

  • Item: Main Chassis
  • Material: Graphite 2.25mm
  • Model Number: FP-O-ARCP03
  • Compatibility: ARC A11

Install this 2.25mm graphite main chassis to fine-tune handling in ARC A11 builds, then combine with suspension and drivetrain adjustments to achieve the desired on-track balance.

Confirm the chassis mounting points and accessory locations match ARC A11 layouts; small variations in kit revisions can affect fit so inspect before committing to the swap.
Compare lap consistency and cornering behaviour, and use roll-angle observations alongside suspension telemetry where available to quantify stiffness effects.
Hand-tighten then follow with a light torque setting appropriate for composite mounts; re-check after a short run to ensure nothing has worked loose.
Inspect for hairline cracks around mount holes after impacts, keep mounting hardware clean, and re-torque periodically to maintain consistent chassis behaviour.

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