USHST Recommends First Group of 22 Safety Enhancements to Reduce Fatal Helicopter Accidents

USHST Recommends First Group of 22 Safety Enhancements to Reduce Fatal Helicopter Accidents

6-Sep-2017 Source: USHST

The U.S. Helicopter Safety Team has completed its comprehensive analysis of the root causes of fatal accidents and has developed 22 measurable safety enhancements aimed at reducing fatalities.

The 22 safety enhancements can be grouped into four categories:

  • IMC and Visibility                 Four safety enhancements
  • Loss of Control                       Five safety enhancements
  • Safety Management                Seven safety enhancements  (three still in development)
  • Competency                            Six safety enhancements  (one still in development)

Within the topic of IMC and Visibility, the USHST will be working to implement these four safety enhancements.  Initial focus will be in these four sectors of the industry: Personal/Private, Air Ambulance, Commercial, and Aerial Application.

  • Detection and Management of Risk Level Changes

Action:  Develop and promote recommended practices for pilot and nonflying crewmembers to 1) detect increased risk levels during the course of a flight, 2) effectively communicate the increased risk level to each other, 3) and make a decision on the appropriate risk mitigation.

  • Threat and Error Management Training

Action:  Develop best practices for, and promote the teaching of Threat and Error Management (TEM) as part of initial and recurrent pilot training.

  • Enhanced Helicopter Vision Systems

Action:  Research, develop, and promote the use of enhanced helicopter vision systems (EHVS) technologies (e.g. Night Vision Goggles, Enhanced Vision Systems, Synthetic Vision Systems, Combined Vision Systems, etc.) to assist in recognizing and preventing unplanned flight into degraded visibility conditions due to weather and to increase safety during planned flight at night.

  • Recognition & Recovery of Spatial Disorientation

Action:  Develop training for recognition of spatial disorientation and recovery to controlled flight. Emphasize the use of all available resources installed on the aircraft, including automation such as increased use of autopilot.

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