Hirobo HI0412261 Tail Unit Holder for Sceadu SD-G  [HI0412261]

HIROBO 0412-261 SCEADU SD-G TAIL UNIT HOLDER #0412261
Price:
USD$21.00
Brand:
Hirobo
Model:
HI0412261
GTIN:
4512895145101
Condition:
Brand New
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Tail unit holder for Sceadu SD-G

This tail unit holder is an RC-scale replacement part listed as HI0412261 by Hirobo, intended for use with Sceadu SD-G helicopters. The text below focuses on fitment, its role in tail assembly behaviour, and practical notes for installation and setup without implying any full-scale application.

Compatibility is limited to the Sceadu SD-G designation as shown in the product name; do not assume fit with other frames or variants unless confirmed by parts documentation. As a structural mounting component it provides the mechanical interface for the tail assembly and works together with the tail boom, control linkages and the tail servo to maintain alignment and response.

Installation guidance: inspect mating surfaces for wear, confirm alignment with the tail boom and control rods before final tightening, and use thread-locker where appropriate for metal-to-metal fastenings on RC airframes. During setup, check tail-centre alignment and control throws incrementally so the holder's position supports consistent servo travel and predictable tail pitch response.

Specifications

  • Item Tail unit holder
  • Material Not specified by manufacturer
  • Model Number HI0412261
  • Compatibility Sceadu SD-G

For model-level maintenance or part replacement, use this holder where Sceadu SD-G compatibility is specified and verify fit before flight testing to preserve predictable tail behaviour.

Fitment is specified for Sceadu SD-G as listed; confirm part dimensions against your variant before assuming compatibility with other models.
The holder is a mounting component only; retain or reuse the correct screws and linkages from your existing tail assembly and verify hardware compatibility prior to installation.
After fitting, confirm tail boom alignment, control rod straightness, secure fasteners, and perform low-throttle hover tests to validate tail response before normal operation.
Yes, secure and correctly aligned mounting contributes to consistent tail geometry, which supports predictable gyro and servo behaviour during tuning.

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