Embla EB 120 Degree Swash Plate - HI0304103 by Hirobo  [HI0304103]

HIROBO 0304-103 EMBLA EB SWASH PLATE 120 DEGREE #0304103
Price:
CAD$33.22
Brand:
Hirobo
Model:
HI0304103
GTIN:
4512895156329
Condition:
Brand New
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Embla EB swash plate overview

This swash plate is an RC-scale replacement component made for Embla EB model helicopters. The 120 degree control geometry changes how collective and cyclic linkages respond, providing a direct-fit option where Embla EB parts are specified. The section below outlines fit notes, installation checkpoints, and the tuning role this component plays in helicopter setup.

In operation, the swash plate transfers servo inputs to the rotor head to manage blade pitch for pitch and roll control. Using a 120 degree geometry shifts the mechanical ratio between servo travel and blade pitch versus more common layouts, so you should anticipate different travel mapping and updated mixing settings in your flight controller or mechanical mixes.

Installation overview: confirm that ball links and servo arm angles clear without binding, set all servos to center and place the swash plate at neutral before securing linkages, and verify smooth rotation across the whole collective range. Back up trim and endpoint values before replacing the plate to speed reassembly and trimming.

Specifications

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

As a like-for-like rotor head component specified for Embla EB models, this swash plate is intended to restore or fine-tune cyclic and collective behavior during maintenance and setup; pay attention to neutral positioning and servo geometry when installing to keep handling predictable.

The plate is specified for Embla EB helicopters; compare mounting points and link lengths with your existing swash to confirm a direct replacement before fitting.
Center all servos and position the swash at neutral, then cycle collective to ensure ball links and arms move freely with no binding before final torque.
Expect altered servo-to-blade pitch ratios that require adjustments to endpoints and mixing; recalibrate travel mapping in your controller to match the new mechanical relationship.
Record current trims and end points before removal, mark servo orientations, and restore those settings after installing the new plate to minimize setup time.

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