Safety and operations, in the air and on the road

Teaching ground crews to set up a landing zone and approach a running aircraft prevents rotor strikes and obstacle accidents at scenes.

Triage tag rules matter in mass casualty incidents but do not address the hazards of the aircraft at the scene.

Billing documentation has nothing to do with crew safety.

Advanced airway skills are a clinical topic for the fire crew, not what keeps the flight crew safe at the scene.

Patients crying out loudly have a patent airway and enough perfusion to shout; they are not the first priority.

Patients who can walk to the collection area are assessed last.

In SALT global sorting, those who remain still or have an obvious threat to life are assessed first, then those who wave, then those who walk.

Patients who wave or move on command are assessed second, after those who are still or have obvious threats.

Wetting a dusty surface reduces brownout and debris in the rotor wash.

Reporting wires to the pilot is correct practice; wires are a leading cause of crashes at scene landing zones.

A spotlight aimed at the aircraft blinds the pilot on approach; lights should point at the ground or at hazards.

Weighted lights at the corners mark the landing zone without blowing away in the rotor wash.

Removing gear is a decision for the pilot after recalculating performance; the nurse cannot guess the margin.

Calling a second aircraft is premature; the pilot first recalculates whether this aircraft can still do the flight.

Departing without telling the pilot ignores a weight change that can exceed what the aircraft can lift in hot, high conditions.

High altitude, heat and extra weight all reduce aircraft performance; only the pilot can recalculate whether the helicopter can safely lift off.

Delivering the sickest patient to an overwhelmed center delays that patient's care and adds to the overload.

When the nearest center is overwhelmed, taking a salvageable patient to a capable center with capacity gets the most patients to definitive care.

Waiting at the scene holds critical patients while the aircraft could already be moving one.

Overloading one aircraft exceeds its weight and space limits and makes care impossible.

Confronting the caregiver can escalate the scene and endanger the child and crew.

Collecting evidence at the home is law enforcement's role; the crew's job is care and objective documentation.

Delaying transport of a child with a skull fracture to wait for police puts the child at risk.

Objective documentation of findings and exact statements in quotes supports the mandatory report and any later investigation.

A patient who regains capacity can refuse treatment; the nurse explains the risks, respects the choice and documents it.

Sedating a patient to continue treatment the patient has refused is battery.

Implied consent ends once the patient regains capacity and can speak for themself.

Medical control cannot override the informed refusal of a patient who has capacity.

HIPAA permits sharing the minimum location and status information with a disaster relief organization so families can be reunited.

The media have no right to patient information, and sharing with them first breaks privacy.

HIPAA allows disclosure to disaster relief organizations to locate and notify family; it is not an absolute bar.

The disaster relief provision is already part of HIPAA; no suspension is needed to share minimal information.

Declaring an emergency skips the steps that bring the pilot back into the loop and is not the nurse's role.

Graded assertiveness starts with an inquiry that invites the pilot to recheck, then escalates to a clear, direct statement of the concern.

Silence because of rank is exactly what crew resource management is designed to prevent.

Taking the controls is unsafe and outside the nurse's role; assertive communication is the tool.

Nonpunitive reporting brings errors to light, root cause analysis finds system factors, and small PDSA cycles test fixes before they spread.

A program-wide protocol before root cause analysis guesses at the cause and may not fix it.

Discipline for a system-wide error punishes individuals for system failures and discourages reporting.

Retraining everyone without looking at system factors assumes a knowledge gap that may not exist.

A correct read-back repeats the call sign and the key instruction, location and altitude, so the controller can catch a misunderstanding.

Holding at the present position is not what was assigned; the crew must hold at Alpha at 2,000 feet.

'Wilco' without the instruction leaves the controller unable to confirm what was understood.

'Roger' only confirms receipt and does not read back the hold point or altitude.

Staying in the open next to the wreck exposes the crew to the blizzard when shelter is only 100 yards away.

Turning off the ELT stops the signal that guides rescuers to the site.

Shelter nearby protects against the storm, and the running ELT keeps sending the crash location to rescuers.

Leaving the crash site makes the crew harder to find and exposes them to the blizzard.

Waiting another 15 minutes loses time in the period when survivors most need rescue.

Calling the receiving hospital delays activation; it cannot locate the aircraft.

Launching another aircraft without coordination can put a second crew at risk; the incident plan directs a coordinated search.

A missed position report with no radio or satellite contact is treated as a possible accident, so the post-accident incident plan is activated at once.

Weather decisions belong to the pilot, and the medical crew should not be the one to accept or decline them.

Flying below minimum altitudes for visual reference is a classic path to controlled flight into terrain.

Accepting because the patient is critical is mission pressure; the patient's condition does not change weather or landing zone risk.

A larger alternate site with a ground EMS rendezvous avoids the obstructed zone while still getting the patient to air transport.

The edge of an unsecured shooting scene is still within range of an active threat.

Scene safety comes first: the crew stages at a safe site and lands once law enforcement declares the scene secure.

Landing at an unsecured scene exposes the crew and aircraft to an active threat; injured rescuers become more patients.

Canceling abandons the victims; the crew can stage nearby and respond as soon as the scene is secured.

Teaching crew procedures to referring staff does not change when they call for transport.

Activating transport on arrival by injury criteria, rather than after CT, starts the team moving while the patient is assessed and shortens time to definitive care.

Imaging protocols at the sending hospital lengthen the stay before transfer; the goal is to call before imaging.

Paperwork can be finished while the team is en route; it is not what delays the call.

Liquid on an electrical fire risks shock and spreads the fault.

Fighting the flame while oxygen keeps feeding it lets it flare again.

Oxygen makes a small electrical fire burn hotter and faster, so the source is closed first, then the fire is put out.

More oxygen near the flame feeds the fire.

Two fires do not form a recognized distress pattern.

Three of anything, such as three fires in a triangle, is the internationally recognized ground signal for distress.

A single fire can be a campfire and is not read as a distress call.

A square of fires is not a standard distress signal.