Hirobo Replacement Main Frame for Eagle Freya EX SX - HI0404631  [HI0404631]

HIROBO 0404-631 MAIN FRAME #0404631
Price:
£14.80
Brand:
Hirobo
Model:
HI0404631
GTIN:
4512895108724
Condition:
Brand New
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Main chassis details for HI0404631

This Hirobo main frame is an RC-scale replacement component listed as model HI0404631 and intended for use with common parts across the Hirobo Eagle, Freya, EX and SX helicopter ranges. It functions as the central chassis that holds rotor heads, gearboxes and mounting points, helping to preserve correct geometry after repairs or component swaps.

Install this frame when restoring alignment following an impact or when replacing a fatigued section of the chassis. The information concentrates on compatibility and assembly role instead of specific fasteners or machining tolerances; always confirm fit with your rotor head, gearbox and tailboom attachments before completing installation.

Specifications

  • Item: Main frame
  • Material: Not specified by manufacturer
  • Model Number: HI0404631
  • Compatibility: Common parts for Eagle/Freya/EX/SX series

Compatibility

  • Common parts for Eagle
  • Common parts for Freya
  • Common parts for EX
  • Common parts for SX

This replacement frame is designed to restore structural alignment and provide a reliable foundation for maintenance and rebuilds on matching Hirobo helicopter models.

Compare mounting hole positions and spacing to your existing frame. Although listed for Eagle, Freya, EX and SX common parts, a hands-on check ensures correct alignment.
In most stock configurations it will, but verify that aftermarket additions or previous repairs have not altered mounting geometry which could require adjustments.
Temporarily assemble components and tighten incrementally to ensure everything seats without strain. Use alignment jigs or straightedges where available to confirm correct geometry.
If the replacement restores original geometry, minimal re-tuning is needed; however, after any structural repair, verify flight controls and trim during a cautious test hover.

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