AIR METHODS CRITICAL CARE EXAM PREP
IBSC FP-C® / CCP-C® Certification Aligned
Flight Paramedic & Critical Care Paramedic Practice Examination
110 Scored Questions | Verified Solutions | 100% Correct | 2026/2027
Aligned with IBSC FP-C® Content Outline (10 Domains) | CAMTS 12th Edition Standards
Instructions: Select the best answer for each question. Correct answers in bold green. Rationales in italics. Exam
duration: 150 minutes.
IBSC FP-C® Content Domains:
• Domain 1: Safety & Transport Operations (CAMTS, CRM, Weather, Aircraft Safety)
• Domain 2: Flight Physiology & Altitude Effects (Gas Laws, Hypoxia, Barotrauma, DCS)
• Domain 3: Advanced Airway Management & Anesthesia (RSI, VL, Surgical Airway, Sedation)
• Domain 4: Medical Emergencies (Sepsis, Shock, Toxicology, Endocrine Crisis)
• Domain 5: Neurological Assessment & Intervention (TBI, Stroke, Seizure, ICP)
• Domain 6: Cardiac Critical Care (ACS, Dysrhythmias, Mechanical Support, 12-Lead)
• Domain 7: Trauma & Burn Management (Hemorrhage, DCR, Burn Fluids, MTP)
• Domain 8: Maternal/Fetal/Neonatal Transport (Preeclampsia, PPH, NRP)
• Domain 9: Pediatric Critical Care (PALS, Weight-Based Dosing, Pediatric Airway)
• Domain 10: Professional Considerations (Ethics, Documentation, Communication)
DOMAIN 1: SAFETY & TRANSPORT OPERATIONS
1. CAMTS accreditation requires which of the following for air medical programs?
A. Voluntary participation only
B. Compliance with CAMTS 12th Edition Standards
C. Joint Commission certification only
D. State licensure without federal oversight
Answer: B. Compliance with CAMTS 12th Edition Standards
Rationale: CAMTS (Commission on Accreditation of Medical Transport Systems) 12th Edition Standards are the
gold standard for air medical program accreditation. Compliance is required for Air Methods and most reputable
programs, covering safety, clinical, and operational standards.
2. Which principle of Crew Resource Management (CRM) is most critical in aeromedical
transport?
A. Hierarchical command structure with no questioning
B. Closed-loop communication and situational awareness
C. Individual decision-making autonomy
D. Minimal pre-flight briefing
Answer: B. Closed-loop communication and situational awareness
Rationale: CRM emphasizes closed-loop communication (verifying messages are received and understood),
situational awareness, and shared decision-making among all crew members. This reduces errors in high-stress
aeromedical environments.
3. VFR weather minimums for rotorcraft operations at 500 feet AGL below 10,000 MSL
require visibility of at least:
A. 1 statute mile
B. 1/2 statute mile
C. 3 statute miles
D. 1 nautical mile
Answer: B. 1/2 statute mile
Rationale: FAA VFR weather minimums for rotorcraft below 10,000 MSL during the day require 1/2 statute mile
visibility and clear of clouds. For fixed-wing VFR below 10,000 MSL, 3 statute miles visibility is required.
4. During pre-flight safety checks, which action is the flight paramedic's primary
responsibility?
A. Inspecting aircraft mechanical systems
B. Verifying medical equipment functionality and securing cargo
Air Methods Critical Care Exam Prep — FP-C®/CCP-C® | Page 1
, C. Filing the flight plan with ATC
D. Checking weather radar data
Answer: B. Verifying medical equipment functionality and securing cargo
Rationale: The flight paramedic is responsible for verifying all medical equipment is functional, properly secured
for flight, and that the medical interior is configured for the anticipated mission. Aircraft mechanical checks and
flight planning are pilot responsibilities.
5. Which physiological effect occurs at cabin altitudes above 8,000 feet without
supplemental oxygen?
A. Increased blood oxygen saturation
B. Hypoxia with impaired cognitive function
C. Hypercapnia
D. Hyperventilation-induced alkalosis
Answer: B. Hypoxia with impaired cognitive function
Rationale: At cabin altitudes above 8,000 feet, partial pressure of oxygen decreases significantly, leading to
hypoxia. Cognitive impairment begins around 8,000–10,000 feet MSL, affecting judgment, coordination, and
reaction time within minutes.
6. Boyle's Law states that at a constant temperature, the volume of a gas is:
A. Directly proportional to pressure
B. Inversely proportional to pressure
C. Unaffected by pressure changes
D. Proportional to temperature only
Answer: B. Inversely proportional to pressure
Rationale: Boyle's Law (P1V1 = P2V2) states that gas volume is inversely proportional to pressure. At altitude,
decreased barometric pressure causes gas-filled spaces (ETT cuffs, pneumothorax, GI gas) to expand—a critical
consideration in flight physiology.
7. Charles's Law is most relevant to aeromedical transport because:
A. It describes gas diffusion across alveolar membranes
B. It explains gas expansion due to temperature changes at altitude
C. It governs gas solubility in blood
D. It describes the relationship between gas pressure and partial pressures
Answer: B. It explains gas expansion due to temperature changes at altitude
Rationale: Charles's Law states gas volume is directly proportional to absolute temperature (V1/T1 = V2/T2). In
aeromedical transport, temperature decreases at altitude, potentially affecting gas volumes in medical equipment
and closed spaces.
8. A patient with a pneumothorax at ground level is being transported by helicopter.
What is the most critical intervention before takeoff?
A. Administer 100% oxygen only
B. Insert a thoracostomy tube or Heimlich valve
C. Increase tidal volume on the ventilator
D. Administer diuretics to reduce pulmonary fluid
Answer: B. Insert a thoracostomy tube or Heimlich valve
Rationale: Trapped gas in a pneumothorax will expand at altitude per Boyle's Law, potentially converting a
simple pneumothorax into a tension pneumothorax. A thoracostomy tube with Heimlich valve (one-way) is
essential before flight to allow decompression.
9. Dalton's Law explains which phenomenon relevant to flight physiology?
A. Gas expansion in closed cavities
B. The effect of decreased partial pressure of oxygen at altitude
C. Nitrogen bubble formation in tissues
D. Gas dissolution in body fluids
Answer: B. The effect of decreased partial pressure of oxygen at altitude
Rationale: Dalton's Law states the total pressure of a gas mixture equals the sum of partial pressures of individual
gases. At altitude, the total barometric pressure decreases, reducing the partial pressure of oxygen (PaO2) even
though oxygen concentration remains 21%.
10. Decompression sickness (DCS) in aeromedical transport is caused by:
A. Oxygen toxicity at altitude
B. Nitrogen bubble formation due to rapid decompression
C. Carbon monoxide accumulation
D. Hyperventilation-induced hypocapnia
Answer: B. Nitrogen bubble formation due to rapid decompression
Air Methods Critical Care Exam Prep — FP-C®/CCP-C® | Page 2
, Rationale: DCS occurs when dissolved nitrogen comes out of solution and forms bubbles during rapid
decompression. Although rare in helicopter operations at typical altitudes, it is a consideration for fixed-wing
transport at higher cabin altitudes and for patients who have been diving.
11. Which type of hypoxia is caused by a defective mechanism of oxygen utilization at the
cellular level?
A. Hypoxic hypoxia
B. Histotoxic hypoxia
C. Anemic hypoxia
D. Stagnant hypoxia
Answer: B. Histotoxic hypoxia
Rationale: Histotoxic hypoxia occurs when cells cannot utilize oxygen despite adequate delivery, classically caused
by cyanide poisoning or carbon monoxide. Hypoxic (A) = low PAO2; Anemic (C) = reduced oxygen-carrying
capacity; Stagnant (D) = inadequate perfusion.
12. Henry's Law explains why which condition worsens at altitude?
A. Asthma
B. Decompression sickness
C. Anemia
D. Hypovolemia
Answer: B. Decompression sickness
Rationale: Henry's Law states the amount of gas dissolved in a liquid is proportional to its partial pressure. At
altitude, decreased nitrogen partial pressure causes dissolved nitrogen to come out of solution as bubbles—the
mechanism of decompression sickness.
DOMAIN 2: FLIGHT PHYSIOLOGY & ALTITUDE EFFECTS
13. According to CAMTS standards, how often must air medical crew complete safety
training?
A. Annually
B. Semi-annually
C. Every 2 years
D. At initial hire only
Answer: A. Annually
Rationale: CAMTS standards require ongoing safety education and training for all air medical personnel on a
regular basis, typically annually, covering CRM, safety management systems, emergency procedures, and
equipment orientation.
14. At a cabin altitude of 10,000 feet, the partial pressure of oxygen (PAO2) is
approximately:
A. 160 mmHg
B. 100 mmHg
C. 60 mmHg
D. 21 mmHg
Answer: C. 60 mmHg
Rationale: At 10,000 feet MSL, barometric pressure drops to approximately 523 mmHg. PAO2 = 0.21 × (523 - 47)
≈ 100 mmHg alveolar, but inspired PO2 drops significantly, causing hypoxia. At sea level, PAO2 is approximately
100 mmHg alveolar.
15. Which patient condition is most likely to deteriorate significantly during air
transport?
A. Stable femur fracture
B. Closed head injury with ICP monitoring
C. Splinted ankle fracture
D. Simple laceration repair
Answer: B. Closed head injury with ICP monitoring
Rationale: Head-injured patients are extremely vulnerable to altitude-related hypoxia and hypocapnia (from
hyperventilation), which can increase cerebral blood flow and ICP. Expansion of air in the cranial vault is limited
by the rigid skull.
16. The 'Time of Useful Consciousness' (TUC) at 25,000 feet without supplemental
oxygen is approximately:
A. 30 minutes
B. 10–15 minutes
C. 3–5 minutes
Air Methods Critical Care Exam Prep — FP-C®/CCP-C® | Page 3
IBSC FP-C® / CCP-C® Certification Aligned
Flight Paramedic & Critical Care Paramedic Practice Examination
110 Scored Questions | Verified Solutions | 100% Correct | 2026/2027
Aligned with IBSC FP-C® Content Outline (10 Domains) | CAMTS 12th Edition Standards
Instructions: Select the best answer for each question. Correct answers in bold green. Rationales in italics. Exam
duration: 150 minutes.
IBSC FP-C® Content Domains:
• Domain 1: Safety & Transport Operations (CAMTS, CRM, Weather, Aircraft Safety)
• Domain 2: Flight Physiology & Altitude Effects (Gas Laws, Hypoxia, Barotrauma, DCS)
• Domain 3: Advanced Airway Management & Anesthesia (RSI, VL, Surgical Airway, Sedation)
• Domain 4: Medical Emergencies (Sepsis, Shock, Toxicology, Endocrine Crisis)
• Domain 5: Neurological Assessment & Intervention (TBI, Stroke, Seizure, ICP)
• Domain 6: Cardiac Critical Care (ACS, Dysrhythmias, Mechanical Support, 12-Lead)
• Domain 7: Trauma & Burn Management (Hemorrhage, DCR, Burn Fluids, MTP)
• Domain 8: Maternal/Fetal/Neonatal Transport (Preeclampsia, PPH, NRP)
• Domain 9: Pediatric Critical Care (PALS, Weight-Based Dosing, Pediatric Airway)
• Domain 10: Professional Considerations (Ethics, Documentation, Communication)
DOMAIN 1: SAFETY & TRANSPORT OPERATIONS
1. CAMTS accreditation requires which of the following for air medical programs?
A. Voluntary participation only
B. Compliance with CAMTS 12th Edition Standards
C. Joint Commission certification only
D. State licensure without federal oversight
Answer: B. Compliance with CAMTS 12th Edition Standards
Rationale: CAMTS (Commission on Accreditation of Medical Transport Systems) 12th Edition Standards are the
gold standard for air medical program accreditation. Compliance is required for Air Methods and most reputable
programs, covering safety, clinical, and operational standards.
2. Which principle of Crew Resource Management (CRM) is most critical in aeromedical
transport?
A. Hierarchical command structure with no questioning
B. Closed-loop communication and situational awareness
C. Individual decision-making autonomy
D. Minimal pre-flight briefing
Answer: B. Closed-loop communication and situational awareness
Rationale: CRM emphasizes closed-loop communication (verifying messages are received and understood),
situational awareness, and shared decision-making among all crew members. This reduces errors in high-stress
aeromedical environments.
3. VFR weather minimums for rotorcraft operations at 500 feet AGL below 10,000 MSL
require visibility of at least:
A. 1 statute mile
B. 1/2 statute mile
C. 3 statute miles
D. 1 nautical mile
Answer: B. 1/2 statute mile
Rationale: FAA VFR weather minimums for rotorcraft below 10,000 MSL during the day require 1/2 statute mile
visibility and clear of clouds. For fixed-wing VFR below 10,000 MSL, 3 statute miles visibility is required.
4. During pre-flight safety checks, which action is the flight paramedic's primary
responsibility?
A. Inspecting aircraft mechanical systems
B. Verifying medical equipment functionality and securing cargo
Air Methods Critical Care Exam Prep — FP-C®/CCP-C® | Page 1
, C. Filing the flight plan with ATC
D. Checking weather radar data
Answer: B. Verifying medical equipment functionality and securing cargo
Rationale: The flight paramedic is responsible for verifying all medical equipment is functional, properly secured
for flight, and that the medical interior is configured for the anticipated mission. Aircraft mechanical checks and
flight planning are pilot responsibilities.
5. Which physiological effect occurs at cabin altitudes above 8,000 feet without
supplemental oxygen?
A. Increased blood oxygen saturation
B. Hypoxia with impaired cognitive function
C. Hypercapnia
D. Hyperventilation-induced alkalosis
Answer: B. Hypoxia with impaired cognitive function
Rationale: At cabin altitudes above 8,000 feet, partial pressure of oxygen decreases significantly, leading to
hypoxia. Cognitive impairment begins around 8,000–10,000 feet MSL, affecting judgment, coordination, and
reaction time within minutes.
6. Boyle's Law states that at a constant temperature, the volume of a gas is:
A. Directly proportional to pressure
B. Inversely proportional to pressure
C. Unaffected by pressure changes
D. Proportional to temperature only
Answer: B. Inversely proportional to pressure
Rationale: Boyle's Law (P1V1 = P2V2) states that gas volume is inversely proportional to pressure. At altitude,
decreased barometric pressure causes gas-filled spaces (ETT cuffs, pneumothorax, GI gas) to expand—a critical
consideration in flight physiology.
7. Charles's Law is most relevant to aeromedical transport because:
A. It describes gas diffusion across alveolar membranes
B. It explains gas expansion due to temperature changes at altitude
C. It governs gas solubility in blood
D. It describes the relationship between gas pressure and partial pressures
Answer: B. It explains gas expansion due to temperature changes at altitude
Rationale: Charles's Law states gas volume is directly proportional to absolute temperature (V1/T1 = V2/T2). In
aeromedical transport, temperature decreases at altitude, potentially affecting gas volumes in medical equipment
and closed spaces.
8. A patient with a pneumothorax at ground level is being transported by helicopter.
What is the most critical intervention before takeoff?
A. Administer 100% oxygen only
B. Insert a thoracostomy tube or Heimlich valve
C. Increase tidal volume on the ventilator
D. Administer diuretics to reduce pulmonary fluid
Answer: B. Insert a thoracostomy tube or Heimlich valve
Rationale: Trapped gas in a pneumothorax will expand at altitude per Boyle's Law, potentially converting a
simple pneumothorax into a tension pneumothorax. A thoracostomy tube with Heimlich valve (one-way) is
essential before flight to allow decompression.
9. Dalton's Law explains which phenomenon relevant to flight physiology?
A. Gas expansion in closed cavities
B. The effect of decreased partial pressure of oxygen at altitude
C. Nitrogen bubble formation in tissues
D. Gas dissolution in body fluids
Answer: B. The effect of decreased partial pressure of oxygen at altitude
Rationale: Dalton's Law states the total pressure of a gas mixture equals the sum of partial pressures of individual
gases. At altitude, the total barometric pressure decreases, reducing the partial pressure of oxygen (PaO2) even
though oxygen concentration remains 21%.
10. Decompression sickness (DCS) in aeromedical transport is caused by:
A. Oxygen toxicity at altitude
B. Nitrogen bubble formation due to rapid decompression
C. Carbon monoxide accumulation
D. Hyperventilation-induced hypocapnia
Answer: B. Nitrogen bubble formation due to rapid decompression
Air Methods Critical Care Exam Prep — FP-C®/CCP-C® | Page 2
, Rationale: DCS occurs when dissolved nitrogen comes out of solution and forms bubbles during rapid
decompression. Although rare in helicopter operations at typical altitudes, it is a consideration for fixed-wing
transport at higher cabin altitudes and for patients who have been diving.
11. Which type of hypoxia is caused by a defective mechanism of oxygen utilization at the
cellular level?
A. Hypoxic hypoxia
B. Histotoxic hypoxia
C. Anemic hypoxia
D. Stagnant hypoxia
Answer: B. Histotoxic hypoxia
Rationale: Histotoxic hypoxia occurs when cells cannot utilize oxygen despite adequate delivery, classically caused
by cyanide poisoning or carbon monoxide. Hypoxic (A) = low PAO2; Anemic (C) = reduced oxygen-carrying
capacity; Stagnant (D) = inadequate perfusion.
12. Henry's Law explains why which condition worsens at altitude?
A. Asthma
B. Decompression sickness
C. Anemia
D. Hypovolemia
Answer: B. Decompression sickness
Rationale: Henry's Law states the amount of gas dissolved in a liquid is proportional to its partial pressure. At
altitude, decreased nitrogen partial pressure causes dissolved nitrogen to come out of solution as bubbles—the
mechanism of decompression sickness.
DOMAIN 2: FLIGHT PHYSIOLOGY & ALTITUDE EFFECTS
13. According to CAMTS standards, how often must air medical crew complete safety
training?
A. Annually
B. Semi-annually
C. Every 2 years
D. At initial hire only
Answer: A. Annually
Rationale: CAMTS standards require ongoing safety education and training for all air medical personnel on a
regular basis, typically annually, covering CRM, safety management systems, emergency procedures, and
equipment orientation.
14. At a cabin altitude of 10,000 feet, the partial pressure of oxygen (PAO2) is
approximately:
A. 160 mmHg
B. 100 mmHg
C. 60 mmHg
D. 21 mmHg
Answer: C. 60 mmHg
Rationale: At 10,000 feet MSL, barometric pressure drops to approximately 523 mmHg. PAO2 = 0.21 × (523 - 47)
≈ 100 mmHg alveolar, but inspired PO2 drops significantly, causing hypoxia. At sea level, PAO2 is approximately
100 mmHg alveolar.
15. Which patient condition is most likely to deteriorate significantly during air
transport?
A. Stable femur fracture
B. Closed head injury with ICP monitoring
C. Splinted ankle fracture
D. Simple laceration repair
Answer: B. Closed head injury with ICP monitoring
Rationale: Head-injured patients are extremely vulnerable to altitude-related hypoxia and hypocapnia (from
hyperventilation), which can increase cerebral blood flow and ICP. Expansion of air in the cranial vault is limited
by the rigid skull.
16. The 'Time of Useful Consciousness' (TUC) at 25,000 feet without supplemental
oxygen is approximately:
A. 30 minutes
B. 10–15 minutes
C. 3–5 minutes
Air Methods Critical Care Exam Prep — FP-C®/CCP-C® | Page 3
