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Air Medical Pre-Flight Aircraft Checklist

This Air Medical Pre-Flight Aircraft Checklist template helps crews verify rotorcraft status, flight systems, and medical cabin readiness before mission acceptance. It captures the checks that matter most for safe launch and clear go/no-go decisions.

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Built for: Air Medical Transport · Helicopter Ems · Aviation Maintenance And Operations · Emergency Medical Services

Overview

This Air Medical Pre-Flight Aircraft Checklist template is built for rotorcraft crews that need to confirm aircraft readiness before accepting a patient transport mission. It walks through mission status, exterior condition, fuel and powerplant checks, cockpit and avionics setup, and medical cabin configuration so the crew can document a clear go/no-go decision.

Use it when the aircraft is being prepared for dispatch, after maintenance, after a crew change, or whenever mission requirements change enough to require a fresh readiness review. It is especially useful for air medical programs that carry specialized equipment, oxygen, suction, monitors, and secured litter systems, because those items can affect both flight safety and patient care. The structure follows the order a crew would normally inspect the aircraft, which makes it practical in the field and easier to train against.

Do not use this template as a substitute for the rotorcraft flight manual, operator procedures, or maintenance release requirements. It is also not the right tool for a deep maintenance inspection, post-incident investigation, or a non-aviation ambulance checklist. If your program needs inspection of airworthiness directives, component life limits, or maintenance troubleshooting, that belongs in a separate maintenance workflow. This template is for pre-flight acceptance: verifying that the aircraft, crew, and medical cabin are ready for the mission that is about to launch.

Standards & compliance context

  • This template supports aviation safety practices expected under FAA operational rules and rotorcraft flight manual requirements, but it does not replace approved procedures or maintenance release criteria.
  • The crew readiness and equipment control portions align with general occupational safety expectations and air medical program policies for fit-for-duty, PPE, and secure transport of patient-care equipment.
  • If your operation transports regulated medical supplies or oxygen systems, the checklist should be paired with applicable manufacturer instructions and emergency equipment requirements.
  • For programs operating under formal safety management or quality systems, this checklist provides auditable evidence of pre-flight verification and defect escalation.
  • Where local authority or hospital policy sets stricter launch criteria, the more conservative requirement should govern the mission acceptance decision.

General regulatory context for orientation only — verify current requirements with counsel or the relevant agency before relying on this template for compliance.

What's inside this template

Mission Readiness and Aircraft Status

This section confirms the aircraft, crew, and mission conditions are acceptable before anyone commits to launch.

  • Aircraft status indicates available for mission acceptance (critical · weight 20.0)
  • Required pre-flight documents present and current (critical · weight 20.0)

    Verify aircraft documents, operational checklists, and required mission paperwork are on board or accessible per SOP.

  • Weight and balance within approved limits (critical · weight 20.0)

    Confirm planned crew, patient, fuel, and medical load remain within approved center-of-gravity and gross weight limits.

  • Weather and mission risk review completed (critical · weight 20.0)

    Verify current weather, route, landing zone, and operational risk factors have been reviewed before acceptance.

  • Crew assigned and fit for duty (critical · weight 20.0)

    Confirm required flight crew are present, briefed, and medically fit for the mission.

Exterior Walk-Around and Airframe

This section catches visible damage, contamination, and fluid leaks before the aircraft is started or moved.

  • Fuselage, skids/landing gear, and access panels free of visible damage (critical · weight 20.0)
  • Rotor blades and rotor head free of visible defects or contamination (critical · weight 20.0)
  • Fuel, oil, and hydraulic areas free of active leaks (critical · weight 20.0)
  • Static ports, pitot openings, antennas, and sensors unobstructed (critical · weight 20.0)
  • Aircraft surfaces clear of ice, snow, frost, or foreign object debris (critical · weight 20.0)

Fuel and Powerplant

This section verifies the aircraft has the fuel and engine condition needed to complete the mission safely.

  • Fuel quantity meets mission requirement with required reserve (critical · weight 25.0)
  • Fuel caps secure and properly seated (critical · weight 20.0)
  • Fuel sample clear and free of water, sediment, or contamination (critical · weight 20.0)
  • Engine inlet and exhaust areas clear of obstruction (critical · weight 15.0)
  • Engine and drive system indications within normal pre-start limits (critical · weight 20.0)

Cockpit, Avionics, and Flight Controls

This section confirms the flight deck, controls, and required avionics are functioning and correctly configured.

  • Flight controls move freely and without abnormal binding (critical · weight 25.0)
  • Primary flight instruments and required avionics power on and self-test complete (critical · weight 25.0)
  • Navigation, communication, and transponder equipment set for mission (critical · weight 20.0)
  • Warning, caution, and advisory indications reviewed and cleared (critical · weight 15.0)
  • Cabin lighting and required switches set per departure configuration (weight 15.0)

Medical Cabin Configuration and Patient Care Equipment

This section ensures the cabin, litter system, and patient-care equipment are secured and ready for transport.

  • Patient litter, mounts, and restraint system secure and serviceable (critical · weight 25.0)
  • Medical equipment secured against movement during flight (critical · weight 20.0)
  • Oxygen supply quantity adequate for mission and patient needs (critical · weight 20.0)
  • Suction, monitor, and emergency medical devices operational (critical · weight 20.0)
  • Medication, disposables, and infection-control supplies stocked per mission profile (weight 15.0)

How to use this template

  1. 1. Configure the checklist with your aircraft type, mission profile, required reserve fuel policy, and any operator-specific items from the flight manual and medical equipment list.
  2. 2. Assign the checklist to the pilot in command and, where needed, the medical crew member responsible for cabin equipment and patient-care readiness.
  3. 3. Walk the aircraft in the order shown, recording pass/fail results, notes, and any deficiency that needs maintenance, dispatch, or crew follow-up.
  4. 4. Stop the launch process if a critical item fails, such as fuel reserve, contamination, unsecured equipment, or an unserviceable required system.
  5. 5. Review the completed checklist before acceptance, confirm any corrective action, and retain the record for operational and quality review.

Best practices

  • Treat any fuel contamination, active leak, or unsecured medical equipment as a launch-stopping deficiency until it is resolved.
  • Check the aircraft in the same physical order every time so crews do not skip from the cabin to the cockpit and miss exterior defects.
  • Record exact observations for defects, such as the location of a leak or the specific warning light, instead of writing generic pass/fail notes.
  • Verify oxygen quantity against the patient profile, not just against a minimum cylinder reading, because mission duration and patient needs change the requirement.
  • Confirm that all required avionics and transponder settings are correct before engine start or taxi, not after the aircraft is already committed.
  • Photograph defects and contamination at the time they are found so maintenance and quality review have a reliable reference.
  • Separate cosmetic issues from safety-critical items so the crew can focus on launch risk and escalation priority.
  • Recheck cabin restraints, litter mounts, and loose items after loading medical gear, since movement during setup is a common source of missed deficiencies.

What this template typically catches

Issues teams running this template most often surface in practice:

Fuel quantity is adequate for the leg but not for the required reserve after mission changes or holding time.
Fuel sample shows water, haze, sediment, or other contamination that requires further action before launch.
Medical litter straps, mounts, or restraint hardware are loose, worn, or not fully latched.
Oxygen supply is below the level needed for the planned patient and mission duration.
Loose monitors, suction units, or medication bags are not secured against movement during flight.
Rotor blades, sensors, or static ports have ice, frost, debris, or contamination that was missed during the walk-around.
Avionics or transponder settings are not fully configured for the mission, or a caution/advisory remains unresolved.
Crew readiness is incomplete because a required document is missing, current status is unclear, or a crew member is not fit for duty.

Common use cases

Helicopter EMS pilot before patient acceptance
The pilot uses the checklist to confirm aircraft status, fuel reserve, weather review, and cockpit setup before accepting a dispatch. It helps prevent launching with unresolved warnings, incomplete documentation, or a configuration mismatch.
Critical care transport nurse verifying cabin readiness
The medical crew member checks the litter, oxygen, suction, monitor, and secured supplies before loading the patient. This is useful when the cabin is reconfigured for neonatal, pediatric, or bariatric transport.
Post-maintenance return-to-service review
After scheduled maintenance or a defect correction, the crew uses the checklist to confirm the aircraft is clean, serviceable, and ready for mission acceptance. It provides a final operational check before the aircraft returns to active duty.
Night shift standby aircraft inspection
A crew on standby uses the checklist at the start of shift to verify lighting, avionics, emergency equipment, and cabin readiness. This reduces the chance of discovering a missing item only after a call comes in.

Frequently asked questions

What does this checklist template cover?

It covers the pre-flight items that determine whether an air medical rotorcraft is ready to accept a mission. That includes aircraft status, exterior condition, fuel and powerplant checks, cockpit and avionics setup, and medical cabin configuration. It is designed to support a clear go/no-go decision before departure.

Who should complete the checklist?

It should be completed by the pilot in command or the designated flight crew member responsible for pre-flight acceptance, with medical crew input where cabin equipment is involved. In many programs, the pilot verifies aircraft and flight systems while the medical crew confirms patient-care equipment and cabin readiness. The key is that each item is checked by the person who can actually verify it.

How often should this be used?

Use it before every mission acceptance and before each departure, not as a periodic audit. If the aircraft changes status, the weather shifts, or the patient profile changes, the checklist should be revisited. It is a pre-flight control, so it belongs in the launch workflow.

Does this template align with aviation and safety regulations?

Yes, it is structured to support compliance with FAA operating expectations and general aviation safety practices, along with occupational safety expectations for crew readiness and equipment control. It also fits well with air medical program policies, manufacturer procedures, and applicable emergency equipment requirements. The checklist is not a substitute for the aircraft flight manual or operator manuals, but it helps document that those requirements were checked.

What are the most common mistakes this checklist helps prevent?

It helps catch missed fuel reserve checks, unsecured cabin equipment, incomplete avionics setup, and overlooked contamination on critical aircraft surfaces. It also reduces the chance of launching with oxygen shortages, unserviceable medical devices, or a crew member who is not fit for duty. Those failures are common because they happen across different parts of the mission setup.

Can we customize this for our aircraft and program?

Yes, and you should. Add aircraft-specific items from the rotorcraft flight manual, operator procedures, and your medical equipment list, then remove anything that does not apply to your configuration. Many teams also add mission-specific fields for neonatal, pediatric, or bariatric transport.

How does this compare with an ad-hoc verbal pre-flight?

A verbal check can miss items when the launch is busy or the team is interrupted. This template creates a repeatable record of what was verified, which makes it easier to spot omissions, train new staff, and review recurring deficiencies. It also gives you a consistent structure across crews and shifts.

Can this checklist connect to other workflows?

Yes. It can be linked to maintenance defect reporting, crew duty logs, patient care equipment inspection records, and mission dispatch or acceptance workflows. If your operation uses digital forms, it also works well with photo capture, e-signatures, and escalation rules for critical items.

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