Launching Q1 2027. Join the waitlist for early access.
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Helicopter HEMS (Part 135) · Standby & crew

Fatigue risk board

A fatigue risk view blends documented duty load with crews' self-reported sleep and rest, with every score traceable to its inputs — deterministic and explainable, not a prediction model. On long standby rotations this replaces judging crew fatigue by feel.

Launching the first quarter of 2027.

Crew duty board
FAR 117 duty/rest · live
CrewPosStatusFDP used
Walker, J.CAOn duty
62%
Chen, M.FOOn duty
48%
Okafor, A.CAReserve
0%
Garcia, R.FORest
88%
Patel, S.FAOn duty
35%
Lookback enforced on assignment · rest violations blocked before they post

Illustrative — every screen reflects your own data.

What fatigue risk board gives you

  • Blends documented duty load with self-reported sleep
  • Every score traceable to its inputs
  • Deterministic and explainable — not a prediction model

How an operator uses this

A HEMS shift starts on the standby board rather than a paper roster: each base runs its 24/7 rotation as LONG_CALL and SHORT_CALL with callout handling, so the desk sees who's up and who's been used around the clock. A live crew duty board shows rest and duty across the base roster, so a crew running out of legal duty on a long shift is visible before the next launch. The fatigue risk view blends documented duty load with crews' self-reported sleep and rest, with every score traceable to its inputs — deterministic and explainable, not a prediction model.

Illustrative — every screen reflects what's in your own data, nothing more.

Every Helicopter HEMS (Part 135) workspace also includes the platform-wide backbone — logbook, credentials, compliance, reporting, and audit trail.

See the backbone

See fatigue risk board on your operation.

It's part of the Helicopter HEMS (Part 135) workspace. Request a demo or join the waitlist.