AIR METHODS PRE-HIRE CLINICAL COMPETENCY EXAMINATION 2026/2027 Edition
AIR METHODS PRE-HIRE EXAM
QUESTIONS
WITH COMPLETE SOLUTIONS
2026/2027 Edition
Comprehensive Clinical Competency Examination
Aligned with Air Methods Clinical Orientation Standards, CAMTS Guidelines, and Evidence-Based
Critical Care Transport Competencies
Total Questions 150 Questions
Cognitive Distribution 20% Recall | 50% Application | 30% Analysis
Question Style 75% Scenario-Based | 25% Direct Knowledge
Format Multiple Choice (4 options, one correct)
Standards Air Methods Clinical Orientation | CAMTS
Passing Standard Per Air Methods Pre-Hire Clinical Competency Criteria
Examination Instructions: This examination is designed to assess the clinical competency of pre-hire
candidates for Air Methods critical care transport positions. Each question contains four options (A-D) with
one correct answer. Correct answers are marked with *[CORRECT]* and accompanied by a clinical
rationale grounded in Air Methods Clinical Orientation Standards, CAMTS Guidelines, and current
evidence-based critical care transport practice. Candidates should reference current ACLS/PALS, ATLS,
and SCC guidelines for detailed algorithm review. All answers reflect current 2026/2027 standards.
Section 1: Critical Care Transport Fundamentals & Safety
Questions 1 - 20 (20 questions)
Air Methods Clinical Orientation Standards | CAMTS Aligned Page 1
,AIR METHODS PRE-HIRE CLINICAL COMPETENCY EXAMINATION 2026/2027 Edition
Q1: During a rotor-wing transport at 8,000 feet cabin altitude, a mechanically ventilated
patient's endotracheal tube cuff pressure is noted to have increased from 25 cmH2O to 38
cmH2O. Which gas law best explains this phenomenon, and what is the appropriate
intervention?
A. Dalton's Law; deflate the cuff completely and re-inflate to original volume
B. Boyle's Law; adjust cuff pressure to maintain 20-30 cmH2O using a manometer
*[CORRECT]*
C. Henry's Law; increase FiO2 to compensate for reduced oxygen partial pressure
D. Charles' Law; cool the ventilator circuit to reduce cuff expansion
Correct Answer: B
Rationale: Boyle's Law states that at constant temperature, pressure and volume are inversely
proportional. As altitude increases, ambient pressure decreases, causing the gas within the ETT cuff to
expand, increasing cuff pressure. Per Air Methods standards, cuff pressure must be monitored and
maintained between 20-30 cmH2O during flight using a manometer to prevent tracheal mucosal
ischemia. The other options misapply gas laws or address unrelated phenomena.
Q2: A flight crew is preparing to transport a patient with a pneumothorax on a rotor-wing
aircraft. According to CAMTS guidelines and altitude physiology principles, which
physiological change poses the greatest risk during transport, and what preemptive
intervention is required?
A. Decreased oxygen partial pressure; administer 100% FiO2 throughout transport
B. Gas expansion within the pleural space; ensure a chest tube is placed prior to ascent
*[CORRECT]*
C. Reduced ambient temperature; apply warming blankets and increase cabin temperature
D. Increased humidity; suction the airway frequently to prevent secretions
Correct Answer: B
Rationale: Boyle's Law dictates that gas expansion occurs with altitude gain. A pneumothorax can
convert to a tension pneumothorax during ascent as trapped gas expands. Air Methods protocols require
a chest tube to be placed prior to transport in any patient with a known or suspected pneumothorax.
While supplemental oxygen is beneficial, the immediate life threat is gas expansion causing
cardiovascular collapse, not hypoxia alone.
Q3: Which statement correctly describes the application of Dalton's Law to critical care air
transport?
A. The total pressure of a gas mixture is equal to the sum of the partial pressures of each
individual gas *[CORRECT]*
B. The volume of a gas is directly proportional to its temperature at constant pressure
C. The amount of gas dissolved in a liquid is proportional to the partial pressure of the gas
D. The pressure of a gas is inversely proportional to its volume at constant temperature
Correct Answer: A
Rationale: Dalton's Law states that the total pressure of a gas mixture equals the sum of partial
pressures of its constituent gases. At altitude, the total barometric pressure decreases, reducing the
partial pressure of oxygen (PaO2), which explains the development of hypoxia despite a constant FiO2.
Henry's Law describes gas dissolution in liquids, Charles' Law addresses temperature-volume
relationships, and Boyle's Law addresses pressure-volume relationships at constant temperature.
Air Methods Clinical Orientation Standards | CAMTS Aligned Page 2
,AIR METHODS PRE-HIRE CLINICAL COMPETENCY EXAMINATION 2026/2027 Edition
Q4: A flight nurse is calculating oxygen requirements for a fixed-wing transport at 35,000
feet. The aircraft cabin is pressurized to 8,000 feet. The patient requires 15 L/min of oxygen.
Per CAMTS guidelines, the crew must carry oxygen sufficient for the total flight time plus
what minimum reserve?
A. 30 minutes reserve
B. 1 hour reserve or 150% of total flight time, whichever is greater *[CORRECT]*
C. 2 hours reserve
D. 50% of total flight time with a minimum of 45 minutes
Correct Answer: B
Rationale: CAMTS standards require that aircraft carry oxygen supply equal to the total anticipated flight
time plus an additional one-hour reserve, or 150% of the total flight time, whichever is greater. This
ensures adequate supply in case of unexpected delays, diversions, or in-flight emergencies. Air Methods
policy strictly enforces this calculation prior to dispatch. The other options significantly underestimate the
reserve requirement.
Q5: During crew resource management (CRM) training, the concept of 'assertive advocacy'
is emphasized. Which scenario best demonstrates appropriate assertive advocacy by a
flight paramedic who suspects the pilot is making an unsafe decision to fly into
deteriorating weather?
A. Quietly document concerns in the trip report after the mission concludes
B. Directly state: 'I am uncomfortable with the weather conditions and request we abort the
mission for safety' *[CORRECT]*
C. Defer to the pilot's aviation expertise without question, as the pilot has final authority
D. Contact the communications specialist to override the pilot's decision
Correct Answer: B
Rationale: CRM principles taught in Air Methods orientation require crew members to use assertive
advocacy when safety is at stake. This includes clearly stating concerns using a structured format
(attention-getter, state concern, propose action, seek agreement). The PACE model (Probe, Alert,
Challenge, Emergency) provides escalation steps. Silent documentation (A) is passive and unsafe;
unquestioning deference (C) violates CRM; the comm specialist (D) cannot override pilot-in-command
authority for aviation decisions.
Q6: A patient is being transferred from a referring facility to a tertiary care center. The
sending nurse provides handoff using the SBAR format. Which element of SBAR should
include the patient's current vital signs, IV access, and active infusions?
A. Situation
B. Background
C. Assessment *[CORRECT]*
D. Recommendation
Correct Answer: C
Rationale: In the SBAR communication framework, the Assessment component contains the current
clinical status including vital signs, IV access, lines, tubes, drains, and active medications/infusions.
Situation provides a concise statement of the current problem; Background gives historical context;
Recommendation outlines what is needed or expected. Air Methods requires SBAR for all patient
handoffs to ensure consistent, structured communication across the transport continuum.
Air Methods Clinical Orientation Standards | CAMTS Aligned Page 3
, AIR METHODS PRE-HIRE CLINICAL COMPETENCY EXAMINATION 2026/2027 Edition
Q7: Which of the following is the most appropriate action when approaching a helicopter at
a scene response, regarding rotor wash and personal safety?
A. Approach from the rear of the aircraft to avoid the main rotor system
B. Approach from the front in a low crouch only after visual confirmation from the pilot, and
never approach the tail rotor *[CORRECT]*
C. Approach from the side where ground personnel can see the rotor disc clearly
D. Wear eye protection only; the rotor wash poses minimal risk to personnel
Correct Answer: B
Rationale: Helicopter scene safety protocols require approaching from the front in a low crouch only after
the pilot signals approval, with clear visibility of the pilot at all times. The tail rotor is the most lethal area
and must never be approached. Rotor wash can exceed 100 mph and cause significant injury, eye
damage, and debris projection. Approach from the rear (A) is unsafe due to tail rotor risk; side approach
(C) is not standardized; eye protection alone (D) underestimates the risk.
Q8: At a mass casualty incident (MCI), the flight crew arrives and is asked to transport
multiple patients. Using START (Simple Triage and Rapid Treatment) triage, which category
of patient should be prioritized for air medical transport?
A. Green (minor) - patients who can ambulate
B. Black (expectant) - patients unlikely to survive
C. Yellow (delayed) - patients with stable vital signs but significant injuries
D. Red (immediate) - patients with life-threatening but survivable injuries *[CORRECT]*
Correct Answer: D
Rationale: In START triage, Red (immediate) patients have life-threatening but survivable injuries
requiring rapid intervention and transport. These patients benefit most from air medical transport to a
trauma center within the 'golden hour.' Green patients are non-urgent; Black patients are expectant and
receive comfort care in mass casualty scenarios with limited resources; Yellow patients can wait without
immediate risk to life. Air Methods crews triage according to local EMS protocols while adhering to
CAMTS standards.
Q9: A flight crew encounters a hazardous materials incident en route to a scene. According
to Air Methods safety protocols, what is the minimum recommended distance for staging
the aircraft from a hazardous materials release when the material is unknown?
A. 250 feet upwind
B. 500 feet upwind and uphill
C. 1,500 feet upwind and uphill, with referral to the Emergency Response Guidebook
*[CORRECT]*
D. One mile in any direction
Correct Answer: C
Rationale: Air Methods hazmat protocols require staging a minimum of 1,500 feet upwind and uphill from
an unknown hazardous materials release, with consultation of the DOT Emergency Response Guidebook
(ERG) for specific isolation distances. Some materials require significantly larger protective zones. The
aircraft must be positioned to prevent contamination of the crew, patient compartment, and equipment.
Closer staging (A, B) risks exposure; one mile (D) may be excessive for low-hazard materials but
appropriate for certain chemicals.
Air Methods Clinical Orientation Standards | CAMTS Aligned Page 4
AIR METHODS PRE-HIRE EXAM
QUESTIONS
WITH COMPLETE SOLUTIONS
2026/2027 Edition
Comprehensive Clinical Competency Examination
Aligned with Air Methods Clinical Orientation Standards, CAMTS Guidelines, and Evidence-Based
Critical Care Transport Competencies
Total Questions 150 Questions
Cognitive Distribution 20% Recall | 50% Application | 30% Analysis
Question Style 75% Scenario-Based | 25% Direct Knowledge
Format Multiple Choice (4 options, one correct)
Standards Air Methods Clinical Orientation | CAMTS
Passing Standard Per Air Methods Pre-Hire Clinical Competency Criteria
Examination Instructions: This examination is designed to assess the clinical competency of pre-hire
candidates for Air Methods critical care transport positions. Each question contains four options (A-D) with
one correct answer. Correct answers are marked with *[CORRECT]* and accompanied by a clinical
rationale grounded in Air Methods Clinical Orientation Standards, CAMTS Guidelines, and current
evidence-based critical care transport practice. Candidates should reference current ACLS/PALS, ATLS,
and SCC guidelines for detailed algorithm review. All answers reflect current 2026/2027 standards.
Section 1: Critical Care Transport Fundamentals & Safety
Questions 1 - 20 (20 questions)
Air Methods Clinical Orientation Standards | CAMTS Aligned Page 1
,AIR METHODS PRE-HIRE CLINICAL COMPETENCY EXAMINATION 2026/2027 Edition
Q1: During a rotor-wing transport at 8,000 feet cabin altitude, a mechanically ventilated
patient's endotracheal tube cuff pressure is noted to have increased from 25 cmH2O to 38
cmH2O. Which gas law best explains this phenomenon, and what is the appropriate
intervention?
A. Dalton's Law; deflate the cuff completely and re-inflate to original volume
B. Boyle's Law; adjust cuff pressure to maintain 20-30 cmH2O using a manometer
*[CORRECT]*
C. Henry's Law; increase FiO2 to compensate for reduced oxygen partial pressure
D. Charles' Law; cool the ventilator circuit to reduce cuff expansion
Correct Answer: B
Rationale: Boyle's Law states that at constant temperature, pressure and volume are inversely
proportional. As altitude increases, ambient pressure decreases, causing the gas within the ETT cuff to
expand, increasing cuff pressure. Per Air Methods standards, cuff pressure must be monitored and
maintained between 20-30 cmH2O during flight using a manometer to prevent tracheal mucosal
ischemia. The other options misapply gas laws or address unrelated phenomena.
Q2: A flight crew is preparing to transport a patient with a pneumothorax on a rotor-wing
aircraft. According to CAMTS guidelines and altitude physiology principles, which
physiological change poses the greatest risk during transport, and what preemptive
intervention is required?
A. Decreased oxygen partial pressure; administer 100% FiO2 throughout transport
B. Gas expansion within the pleural space; ensure a chest tube is placed prior to ascent
*[CORRECT]*
C. Reduced ambient temperature; apply warming blankets and increase cabin temperature
D. Increased humidity; suction the airway frequently to prevent secretions
Correct Answer: B
Rationale: Boyle's Law dictates that gas expansion occurs with altitude gain. A pneumothorax can
convert to a tension pneumothorax during ascent as trapped gas expands. Air Methods protocols require
a chest tube to be placed prior to transport in any patient with a known or suspected pneumothorax.
While supplemental oxygen is beneficial, the immediate life threat is gas expansion causing
cardiovascular collapse, not hypoxia alone.
Q3: Which statement correctly describes the application of Dalton's Law to critical care air
transport?
A. The total pressure of a gas mixture is equal to the sum of the partial pressures of each
individual gas *[CORRECT]*
B. The volume of a gas is directly proportional to its temperature at constant pressure
C. The amount of gas dissolved in a liquid is proportional to the partial pressure of the gas
D. The pressure of a gas is inversely proportional to its volume at constant temperature
Correct Answer: A
Rationale: Dalton's Law states that the total pressure of a gas mixture equals the sum of partial
pressures of its constituent gases. At altitude, the total barometric pressure decreases, reducing the
partial pressure of oxygen (PaO2), which explains the development of hypoxia despite a constant FiO2.
Henry's Law describes gas dissolution in liquids, Charles' Law addresses temperature-volume
relationships, and Boyle's Law addresses pressure-volume relationships at constant temperature.
Air Methods Clinical Orientation Standards | CAMTS Aligned Page 2
,AIR METHODS PRE-HIRE CLINICAL COMPETENCY EXAMINATION 2026/2027 Edition
Q4: A flight nurse is calculating oxygen requirements for a fixed-wing transport at 35,000
feet. The aircraft cabin is pressurized to 8,000 feet. The patient requires 15 L/min of oxygen.
Per CAMTS guidelines, the crew must carry oxygen sufficient for the total flight time plus
what minimum reserve?
A. 30 minutes reserve
B. 1 hour reserve or 150% of total flight time, whichever is greater *[CORRECT]*
C. 2 hours reserve
D. 50% of total flight time with a minimum of 45 minutes
Correct Answer: B
Rationale: CAMTS standards require that aircraft carry oxygen supply equal to the total anticipated flight
time plus an additional one-hour reserve, or 150% of the total flight time, whichever is greater. This
ensures adequate supply in case of unexpected delays, diversions, or in-flight emergencies. Air Methods
policy strictly enforces this calculation prior to dispatch. The other options significantly underestimate the
reserve requirement.
Q5: During crew resource management (CRM) training, the concept of 'assertive advocacy'
is emphasized. Which scenario best demonstrates appropriate assertive advocacy by a
flight paramedic who suspects the pilot is making an unsafe decision to fly into
deteriorating weather?
A. Quietly document concerns in the trip report after the mission concludes
B. Directly state: 'I am uncomfortable with the weather conditions and request we abort the
mission for safety' *[CORRECT]*
C. Defer to the pilot's aviation expertise without question, as the pilot has final authority
D. Contact the communications specialist to override the pilot's decision
Correct Answer: B
Rationale: CRM principles taught in Air Methods orientation require crew members to use assertive
advocacy when safety is at stake. This includes clearly stating concerns using a structured format
(attention-getter, state concern, propose action, seek agreement). The PACE model (Probe, Alert,
Challenge, Emergency) provides escalation steps. Silent documentation (A) is passive and unsafe;
unquestioning deference (C) violates CRM; the comm specialist (D) cannot override pilot-in-command
authority for aviation decisions.
Q6: A patient is being transferred from a referring facility to a tertiary care center. The
sending nurse provides handoff using the SBAR format. Which element of SBAR should
include the patient's current vital signs, IV access, and active infusions?
A. Situation
B. Background
C. Assessment *[CORRECT]*
D. Recommendation
Correct Answer: C
Rationale: In the SBAR communication framework, the Assessment component contains the current
clinical status including vital signs, IV access, lines, tubes, drains, and active medications/infusions.
Situation provides a concise statement of the current problem; Background gives historical context;
Recommendation outlines what is needed or expected. Air Methods requires SBAR for all patient
handoffs to ensure consistent, structured communication across the transport continuum.
Air Methods Clinical Orientation Standards | CAMTS Aligned Page 3
, AIR METHODS PRE-HIRE CLINICAL COMPETENCY EXAMINATION 2026/2027 Edition
Q7: Which of the following is the most appropriate action when approaching a helicopter at
a scene response, regarding rotor wash and personal safety?
A. Approach from the rear of the aircraft to avoid the main rotor system
B. Approach from the front in a low crouch only after visual confirmation from the pilot, and
never approach the tail rotor *[CORRECT]*
C. Approach from the side where ground personnel can see the rotor disc clearly
D. Wear eye protection only; the rotor wash poses minimal risk to personnel
Correct Answer: B
Rationale: Helicopter scene safety protocols require approaching from the front in a low crouch only after
the pilot signals approval, with clear visibility of the pilot at all times. The tail rotor is the most lethal area
and must never be approached. Rotor wash can exceed 100 mph and cause significant injury, eye
damage, and debris projection. Approach from the rear (A) is unsafe due to tail rotor risk; side approach
(C) is not standardized; eye protection alone (D) underestimates the risk.
Q8: At a mass casualty incident (MCI), the flight crew arrives and is asked to transport
multiple patients. Using START (Simple Triage and Rapid Treatment) triage, which category
of patient should be prioritized for air medical transport?
A. Green (minor) - patients who can ambulate
B. Black (expectant) - patients unlikely to survive
C. Yellow (delayed) - patients with stable vital signs but significant injuries
D. Red (immediate) - patients with life-threatening but survivable injuries *[CORRECT]*
Correct Answer: D
Rationale: In START triage, Red (immediate) patients have life-threatening but survivable injuries
requiring rapid intervention and transport. These patients benefit most from air medical transport to a
trauma center within the 'golden hour.' Green patients are non-urgent; Black patients are expectant and
receive comfort care in mass casualty scenarios with limited resources; Yellow patients can wait without
immediate risk to life. Air Methods crews triage according to local EMS protocols while adhering to
CAMTS standards.
Q9: A flight crew encounters a hazardous materials incident en route to a scene. According
to Air Methods safety protocols, what is the minimum recommended distance for staging
the aircraft from a hazardous materials release when the material is unknown?
A. 250 feet upwind
B. 500 feet upwind and uphill
C. 1,500 feet upwind and uphill, with referral to the Emergency Response Guidebook
*[CORRECT]*
D. One mile in any direction
Correct Answer: C
Rationale: Air Methods hazmat protocols require staging a minimum of 1,500 feet upwind and uphill from
an unknown hazardous materials release, with consultation of the DOT Emergency Response Guidebook
(ERG) for specific isolation distances. Some materials require significantly larger protective zones. The
aircraft must be positioned to prevent contamination of the crew, patient compartment, and equipment.
Closer staging (A, B) risks exposure; one mile (D) may be excessive for low-hazard materials but
appropriate for certain chemicals.
Air Methods Clinical Orientation Standards | CAMTS Aligned Page 4
