Air Methods Critical Care – Air Methods / Global Medical
Response – 2026/2027
SECTION I: AIR MEDICAL FOUNDATIONS & OPERATIONS
(Questions 1–15)
Question 1
According to Air Methods Clinical Practice Guidelines, what is the maximum
recommended scene time for a critical trauma patient requiring surgical
intervention?
• A) 5 minutes
• B) 10 minutes
• C) 20 minutes
• D) 30 minutes
Correct Answer: B) 10 minutes
Rationale: Air Methods clinical guidelines emphasize the "Golden Hour"
concept, recommending that scene time for critical trauma patients be limited
to 10 minutes or less. This "scoop and run" approach prioritizes rapid transport to
definitive surgical care over on-scene interventions beyond life-saving measures.
Extended scene times are associated with increased mortality in patients
requiring surgical intervention.
Question 2
How many feet of obstacle clearance must be maintained during helicopter
takeoff?
• A) 15 feet
• B) 30 feet
• C) 50 feet
, • D) 100 feet
Correct Answer: B) 30 feet
Rationale: Standard obstacle clearance during takeoff requires maintaining at
least 30 feet of clearance from any obstacles to ensure safe departure. This is a
standard flight safety requirement for helicopter operations and is a critical
component of the pre-takeoff safety briefing.
Question 3
What is the maximum descent rate permitted below 300 feet AGL (Above Ground
Level)?
• A) 100 feet per minute
• B) 200 feet per minute
• C) 500 feet per minute
• D) 1,000 feet per minute
Correct Answer: B) 200 feet per minute
Rationale: To maintain safety during low-altitude approaches, the maximum
descent rate below 300 feet Above Ground Level (AGL) is 200 feet per minute.
This limitation allows pilots to maintain controlled descent rates and respond to
any unexpected obstacles or terrain features during the critical final phase of
approach.
Question 4
The "Go/No-Go" decision in air medical operations refers to:
• A) A decision made only by the base manager
• B) The decision to accept or decline a flight based on safety considerations,
with ultimate authority vested in the Pilot in Command
• C) A decision made only by clinical staff
, • D) A decision to always accept flights regardless of conditions
Correct Answer: B) The decision to accept or decline a flight based on safety
considerations, with ultimate authority vested in the Pilot in Command
Rationale: The Go/No-Go decision is the process of evaluating whether a
flight can be conducted safely. While input from clinical team members and
dispatch is considered, the Pilot in Command (PIC) has ultimate authority and
responsibility for this decision. Safety considerations include weather, aircraft
mechanical status, crew fatigue, and mission urgency.
Question 5
According to Air Methods protocols, a "warm handoff" during patient transfer
includes:
• A) A written report left at the bedside
• B) The Air Methods clinician providing verbal report directly to the receiving
facility clinician with the patient present
• C) A phone call to the receiving facility
• D) A text message with patient information
Correct Answer: B) The Air Methods clinician providing verbal report directly
to the receiving facility clinician with the patient present
Rationale: A warm handoff involves the Air Methods clinician providing
a verbal report directly to the receiving facility clinician with the patient
present. This face-to-face communication ensures accurate transfer of critical
information, allows for immediate questions, and maintains patient safety during
transitions of care. It is a standard of care emphasized by CAMTS and patient
safety organizations.
Question 6
Which of the following is TRUE regarding Air Methods' Safety Management
System (SMS) hazard reporting?
, • A) Only pilots may report hazards
• B) Hazard reporting is anonymous and all employees are encouraged to
report without fear of retaliation
• C) Hazard reports are only reviewed after incidents occur
• D) Clinical staff should not report hazards
Correct Answer: B) Hazard reporting is anonymous and all employees are
encouraged to report without fear of retaliation
Rationale: Air Methods' Safety Management System (SMS) emphasizes a just
culture where hazard reporting is anonymous and all employees are encouraged
to report without fear of retaliation. This proactive approach identifies and
mitigates risks before they result in incidents. All team members—pilots,
mechanics, and clinical staff—are empowered to report hazards.
Question 7
The "sterile cockpit" rule in air medical operations prohibits non-essential
communication during which phases of flight?
• A) Only during takeoff
• B) Only during landing
• C) During takeoff, approach, landing, and when operating below certain
altitudes
• D) Throughout the entire flight
Correct Answer: C) During takeoff, approach, landing, and when operating
below certain altitudes
Rationale: The "sterile cockpit" rule prohibits non-essential communication
during critical phases of flight (takeoff, approach, landing, and when operating
below certain altitudes). This allows pilots to focus on flight operations without
distraction. Clinical crew members are trained to observe sterile cockpit rules and
limit communication to essential operational information during these phases.
Response – 2026/2027
SECTION I: AIR MEDICAL FOUNDATIONS & OPERATIONS
(Questions 1–15)
Question 1
According to Air Methods Clinical Practice Guidelines, what is the maximum
recommended scene time for a critical trauma patient requiring surgical
intervention?
• A) 5 minutes
• B) 10 minutes
• C) 20 minutes
• D) 30 minutes
Correct Answer: B) 10 minutes
Rationale: Air Methods clinical guidelines emphasize the "Golden Hour"
concept, recommending that scene time for critical trauma patients be limited
to 10 minutes or less. This "scoop and run" approach prioritizes rapid transport to
definitive surgical care over on-scene interventions beyond life-saving measures.
Extended scene times are associated with increased mortality in patients
requiring surgical intervention.
Question 2
How many feet of obstacle clearance must be maintained during helicopter
takeoff?
• A) 15 feet
• B) 30 feet
• C) 50 feet
, • D) 100 feet
Correct Answer: B) 30 feet
Rationale: Standard obstacle clearance during takeoff requires maintaining at
least 30 feet of clearance from any obstacles to ensure safe departure. This is a
standard flight safety requirement for helicopter operations and is a critical
component of the pre-takeoff safety briefing.
Question 3
What is the maximum descent rate permitted below 300 feet AGL (Above Ground
Level)?
• A) 100 feet per minute
• B) 200 feet per minute
• C) 500 feet per minute
• D) 1,000 feet per minute
Correct Answer: B) 200 feet per minute
Rationale: To maintain safety during low-altitude approaches, the maximum
descent rate below 300 feet Above Ground Level (AGL) is 200 feet per minute.
This limitation allows pilots to maintain controlled descent rates and respond to
any unexpected obstacles or terrain features during the critical final phase of
approach.
Question 4
The "Go/No-Go" decision in air medical operations refers to:
• A) A decision made only by the base manager
• B) The decision to accept or decline a flight based on safety considerations,
with ultimate authority vested in the Pilot in Command
• C) A decision made only by clinical staff
, • D) A decision to always accept flights regardless of conditions
Correct Answer: B) The decision to accept or decline a flight based on safety
considerations, with ultimate authority vested in the Pilot in Command
Rationale: The Go/No-Go decision is the process of evaluating whether a
flight can be conducted safely. While input from clinical team members and
dispatch is considered, the Pilot in Command (PIC) has ultimate authority and
responsibility for this decision. Safety considerations include weather, aircraft
mechanical status, crew fatigue, and mission urgency.
Question 5
According to Air Methods protocols, a "warm handoff" during patient transfer
includes:
• A) A written report left at the bedside
• B) The Air Methods clinician providing verbal report directly to the receiving
facility clinician with the patient present
• C) A phone call to the receiving facility
• D) A text message with patient information
Correct Answer: B) The Air Methods clinician providing verbal report directly
to the receiving facility clinician with the patient present
Rationale: A warm handoff involves the Air Methods clinician providing
a verbal report directly to the receiving facility clinician with the patient
present. This face-to-face communication ensures accurate transfer of critical
information, allows for immediate questions, and maintains patient safety during
transitions of care. It is a standard of care emphasized by CAMTS and patient
safety organizations.
Question 6
Which of the following is TRUE regarding Air Methods' Safety Management
System (SMS) hazard reporting?
, • A) Only pilots may report hazards
• B) Hazard reporting is anonymous and all employees are encouraged to
report without fear of retaliation
• C) Hazard reports are only reviewed after incidents occur
• D) Clinical staff should not report hazards
Correct Answer: B) Hazard reporting is anonymous and all employees are
encouraged to report without fear of retaliation
Rationale: Air Methods' Safety Management System (SMS) emphasizes a just
culture where hazard reporting is anonymous and all employees are encouraged
to report without fear of retaliation. This proactive approach identifies and
mitigates risks before they result in incidents. All team members—pilots,
mechanics, and clinical staff—are empowered to report hazards.
Question 7
The "sterile cockpit" rule in air medical operations prohibits non-essential
communication during which phases of flight?
• A) Only during takeoff
• B) Only during landing
• C) During takeoff, approach, landing, and when operating below certain
altitudes
• D) Throughout the entire flight
Correct Answer: C) During takeoff, approach, landing, and when operating
below certain altitudes
Rationale: The "sterile cockpit" rule prohibits non-essential communication
during critical phases of flight (takeoff, approach, landing, and when operating
below certain altitudes). This allows pilots to focus on flight operations without
distraction. Clinical crew members are trained to observe sterile cockpit rules and
limit communication to essential operational information during these phases.
