SCEADU SZ-IV Blade Holder Compatible Part HI0412184 by Hirobo  [HI0412184]

HIROBO 0412-184 SCEADU SZ-IV BLADE HOLDER #0412184
Price:
NZD$43.63
Brand:
Hirobo
Model:
HI0412184
GTIN:
4512895130107
Condition:
Brand New
Write a review

SCEADU SZ-IV Main Blade Holder Details

This blade holder is supplied as an RC-scale service part for SCEADU SZ-IV rotorheads. The copy emphasises component function and the checks needed during a replacement rather than product claims.

The holder fixes the main rotor blade to the rotorhead; correct seating and alignment play a direct role in blade tracking and rotor balance. Verify the model number HI0412184 before ordering and inspect the existing mounting points for signs of wear or deformation prior to fitting.

Replacement normally involves removing the blade from the current holder, moving any reusable hardware across, and tightening retention screws to the helicopter manufacturer's recommended settings for the rotorhead. This note omits torque values and detailed procedures, instead highlighting inspection points and the holder's influence on flight stability.

Specifications

  • Item: SCEADU SZ-IV Blade Holder
  • Material: Not specified
  • Model Number: HI0412184
  • Compatibility: SCEADU SZ-IV

Replace with this part when the part number matches your rotorhead assembly and follow a careful inspection routine after installation to ensure long-term reliability.

Look for cracks, excessive wear in mounting holes, play in the hub area, or distortion that could compromise blade seating; these are common indicators to replace the holder.
The listing does not specify the material. Treat the item as unspecified material and perform a visual inspection for fatigue or corrosion as part of service checks.
Frequent removal and refitting can wear threads and fastener holes; inspect fastener engagement and replace the holder if you detect loosening or slop after reassembly.
Yes. A degraded holder can introduce imbalance or inconsistent blade pitch, so replacing worn parts helps maintain predictable rotor behavior and reduces fatigue risk on linked components.

Copyright © 2008-2026 rcjaz.co.nz All rights reserved