PAVE, IMSAFE, and DECIDE in Practice
Use three frameworks as working prompts, not vocabulary trophies.
YOU WILL BE ABLE TO
- 01Identify the rule, source, or principle behind this idea: PAVE reviews Pilot, Aircraft, enVironment, and External pressures.
- 02Explain the operational effect of this idea: IMSAFE checks illness, medication, stress, alcohol, fatigue, and emotion or eating, but it does not replace checks for dehydration, heat illness, or hyperventilation.
- 03Apply the lesson to a new mission and defend a go, modify, or no-go decision.
01 / MISSION
Begin with the operating problem.
A battery warning appears earlier than expected while the client urges continuation.
02 / CORE BRIEF
What the remote pilot needs to know.
PAVE reviews Pilot, Aircraft, enVironment, and External pressures.
IMSAFE checks illness, medication, stress, alcohol, fatigue, and emotion or eating, but it does not replace checks for dehydration, heat illness, or hyperventilation.
Hyperventilation can follow stress and produce dizziness or tingling; heatstroke and severe dehydration require stopping work, cooling, and prompt medical response rather than pressing through a checklist.
03 / PILOT DECISION
Make the call.
Detect the abnormal trend, estimate its effect, choose a safe outcome, identify landing action, land, then evaluate the cause.
04 / FIELD CHECK
Put it into the flight plan.
Put PAVE on planning forms, IMSAFE and heat/hydration checks before crew release, and DECIDE plus medical-emergency actions in the abnormal-event card.
05 / KNOWLEDGE CHECK
Why is IMSAFE alone insufficient on a hot production site?
Reveal the debrief
A crew member can pass its memory prompts yet still show dehydration, heat exhaustion, heatstroke, or hyperventilation that requires an immediate stop and appropriate care.
RELATED FAA REFERENCES
Verify before you fly.
- FAA — Remote Pilot Study Guide
- FAA — Pilot's Handbook of Aeronautical Knowledge
- FAA — Remote Pilot Airman Certification Standards
Educational summary only. Current regulation, FAA approval conditions, manufacturer instructions, and site-specific facts control the operation.