Hirobo HI0304103 Swash Plate 120 Degree for Embla EB  [HI0304103]

HIROBO 0304-103 EMBLA EB SWASH PLATE 120 DEGREE #0304103
Price:
USD$23.90
Brand:
Hirobo
Model:
HI0304103
GTIN:
4512895156329
Condition:
Brand New
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Swash plate for Embla EB

This swash plate is an RC-scale replacement part intended for Embla EB model helicopters. The component implements a 120 degree geometry that affects collective and cyclic linkage behavior, making it a direct fit option where Embla EB parts are required. The article below focuses on fit notes, installation considerations, and the tuning role this swash plate plays in model helicopter setups.

Functionally, the swash plate transmits inputs from multiple servos to the rotor head to control pitch and roll. A 120 degree plate alters the mechanical relationship between servo throws and rotor blade pitch compared to more common geometries, so expect changes in travel mapping and mixing requirements in your flight controller or mechanical linkages.

Installation overview: verify that control ball links and servo arm geometry align without binding, center all servos and set swash plate neutral before tightening linkages, and confirm smooth rotation through the collective range. When replacing a swash plate, record trim and end-point settings beforehand to reduce setup time after installation.

Specifications

  • Item Swash plate 120 degree
  • Material Not specified
  • Model Number HI0304103
  • Compatibility Embla EB helicopters

As an exact-replacement style rotor head component labeled for Embla EB use, this swash plate is intended to restore or adjust cyclic and collective response in RC helicopter maintenance and setup workflows; observe neutral positioning and servo geometry when installing to retain predictable handling.

The part is specified for Embla EB helicopters, check mechanical mounting points and link lengths against your existing plate to confirm direct fit before installation.
A 120° swash changes servo-to-blade pitch ratios, so expect different collective and cyclic mixing; re-center servos and adjust endpoint and mixing settings after fitting.
Center servos, set swash neutral, check that ball links move freely through full collective travel, and tighten hardware with the rotor head stationary to avoid preload.
Regularly inspect linkages for wear, ensure ball joints and bearings rotate smoothly, and replace hardware that shows play to maintain consistent control response.

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