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Emergency procedures · EVERGREEN PERSPECTIVE

A successful R44 ditching shows the value of practiced governor-off control

An ATSB report links a pilot's successful response to an R44 power loss with prior training in governor malfunctions, autorotation, and manual throttle control.

Original editorial summary · HeliSchoolsUS

The story in context.

The Australian Transport Safety Bureau investigated an R44 Raven I power loss over water in Queensland. The report says a loose component in a magneto distributor gear led to engine-timing problems, reduced power, and erroneous governor inputs. The pilot switched the governor off, briefly stabilized RPM with manual throttle control, then entered autorotation, deployed the helicopter's floats, and completed a controlled ditching without injury.

The pilot's recent proficiency check had included autorotation landings and governor malfunctions. The ATSB's safety message emphasizes governor-off throttle knowledge and practice for pilots flying governed R22 and R44 helicopters. The report is evidence from one investigated event, not a step-by-step emergency checklist. Aircraft-specific procedures, limitations, and instructor-supervised training remain controlling.

PUT THE READING TO WORK

Practical takeaways.

  1. Connect abnormal indications with the aircraft's approved governor-off procedure.
  2. Practice manual throttle and autorotation skills only within qualified, aircraft-specific instruction.
  3. Include overwater survival equipment and rescue communication in the wider risk plan.

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The original source provides the reporting, technical context, and any subsequent updates.

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This AI-assisted summary was prepared from the accessible source and checked November 4, 2026. It is an editorial introduction, not flight instruction, maintenance data, or a regulatory determination.