Page 1 of 137
Texas Commission on Fire Protection (TCFP)
Aircraft Rescue Firefighter (ARFF) Basic
Certification Exam QUESTIONS AND DETAILED
SOLUTIONS JUST RELEASED
Texas Commission on Fire Protection (TCFP) Aircraft Rescue Firefighter (ARFF) Basic Certification
Exam.
POINT-FORM SUMMARIZED EXAM COVERAGE
• Regulatory Framework: FAA Part 139 (certificated airports), NFPA 402 (ARFF ops), NFPA
1003/1010 (ARFF qualifications), NFPA 414 (ARFF vehicles), TCFP Curriculum Manual Ch. 2.
• Primary Mission: Life safety first (rescue of occupants), then fire control/property conservation.
• Airport Indexing: Index A through E based on aircraft length and average daily departures;
determines ARFF vehicle/resource requirements.
• Aircraft Hazards: Jet fuels (Jet A, AvGas), hydraulic fluids, magnesium, lithium batteries,
composite materials, oxygen systems, ejection seats, hot brakes.
• Fuel Types & Properties: Jet A (kerosene, flash point ~100°F); AvGas (highly volatile);
distinguishing colors/dyes.
• Extinguishing Agents: AFFF (primary for fuel spills, low expansion), Purple-K (potassium
bicarbonate, dry chemical), Halon/Halotron (clean agent for Class B/C), Water (cooling).
• Foam Application: Roll-on method, bank-down method, direct attack; twin-agent (dry chem +
AFFF) for rapid knockdown.
• Vehicle Operations: Turret flow rates, handline pressures (100 psi), NFPA 414 requirements,
positioning (upwind/uphill), winterization kits (-40°F).
• Rescue Procedures: Access/egress (doors, emergency exits, fuselage penetration via "Rabbit
tool"), evacuation paths, passenger removal, interior attack.
• Special Hazards: Three-dimensional fuel fires (dry chemical), wheel/brake fires (fusible plugs,
explosion risk), hidden cargo fires, lithium thermal runaway.
• Safety & PPE: SCBA (60-second donning per NFPA 1003), structural PPE, aircraft systems
securement (engines, electrics).
• Communication & Command: ATC coordination, incident command, hot/warm/cold zones.
1. What is the primary objective of Aircraft Rescue and Firefighting (ARFF) operations during an aircraft
emergency?
A) Extinguish the fire before any rescue attempt begins
B) Rescue occupants and ensure their safe egress from the aircraft
C) Protect airport property from fire damage at all costs
, Page 2 of 137
D) Save the cargo and valuable equipment on the aircraft
Answer: B
Rationale: The primary objective of ARFF is life safety, meaning the rescue of passengers and crew takes
precedence over all other considerations including fire suppression .
2. Which federal agency establishes the regulatory requirements for ARFF operations at certificated
airports in the United States?
A) NFPA (National Fire Protection Association)
B) OSHA (Occupational Safety and Health Administration)
C) FAA (Federal Aviation Administration)
D) DHS (Department of Homeland Security)
Answer: C
Rationale: The Federal Aviation Administration regulates ARFF requirements under FAR Part 139, which
sets standards for airport indexes, vehicle capabilities, response times, and firefighter training .
3. Which NFPA standard specifically provides guidance on aircraft rescue and firefighting operations and
procedures?
A) NFPA 1003 (Airport Firefighter Professional Qualifications)
, Page 3 of 137
B) NFPA 402 (Guide for Aircraft Rescue and Fire-Fighting Operations)
C) NFPA 414 (Standard for Aircraft Rescue and Fire-Fighting Vehicles)
D) NFPA 1500 (Standard on Fire Department Occupational Safety)
Answer: B
Rationale: NFPA 402 provides operational guidance for ARFF, while NFPA 1003/1010 covers personnel
qualifications and NFPA 414 covers vehicle requirements .
4. What is the standard commercial jet fuel used in the United States for turbine-powered aircraft?
A) AVGAS 100LL
B) Jet A
C) Jet B
D) JP-8
Answer: B
Rationale: Jet A is the standard kerosene-based fuel for turbine-engine aircraft in the U.S., with a flash
point around 100°F, making it less volatile than AvGas .
5. What is the typical flash point of Jet A fuel?
A) 32°F (0°C)
, Page 4 of 137
B) 100°F (38°C)
C) 200°F (93°C)
D) 500°F (260°C)
Answer: B
Rationale: Jet A has a flash point of approximately 100°F, which is significantly higher than gasoline-
based fuels, contributing to its safety as a commercial aviation fuel .
6. Under FAA Part 139, what is the maximum response time allowed for ARFF vehicles to reach the
midpoint of the furthest runway?
A) 2 minutes
B) 3 minutes
C) 4 minutes
D) 5 minutes
Answer: B
Rationale: FAA Part 139 requires that ARFF vehicles be capable of reaching the midpoint of the farthest
runway within 3 minutes from the time of alarm under normal conditions .
Texas Commission on Fire Protection (TCFP)
Aircraft Rescue Firefighter (ARFF) Basic
Certification Exam QUESTIONS AND DETAILED
SOLUTIONS JUST RELEASED
Texas Commission on Fire Protection (TCFP) Aircraft Rescue Firefighter (ARFF) Basic Certification
Exam.
POINT-FORM SUMMARIZED EXAM COVERAGE
• Regulatory Framework: FAA Part 139 (certificated airports), NFPA 402 (ARFF ops), NFPA
1003/1010 (ARFF qualifications), NFPA 414 (ARFF vehicles), TCFP Curriculum Manual Ch. 2.
• Primary Mission: Life safety first (rescue of occupants), then fire control/property conservation.
• Airport Indexing: Index A through E based on aircraft length and average daily departures;
determines ARFF vehicle/resource requirements.
• Aircraft Hazards: Jet fuels (Jet A, AvGas), hydraulic fluids, magnesium, lithium batteries,
composite materials, oxygen systems, ejection seats, hot brakes.
• Fuel Types & Properties: Jet A (kerosene, flash point ~100°F); AvGas (highly volatile);
distinguishing colors/dyes.
• Extinguishing Agents: AFFF (primary for fuel spills, low expansion), Purple-K (potassium
bicarbonate, dry chemical), Halon/Halotron (clean agent for Class B/C), Water (cooling).
• Foam Application: Roll-on method, bank-down method, direct attack; twin-agent (dry chem +
AFFF) for rapid knockdown.
• Vehicle Operations: Turret flow rates, handline pressures (100 psi), NFPA 414 requirements,
positioning (upwind/uphill), winterization kits (-40°F).
• Rescue Procedures: Access/egress (doors, emergency exits, fuselage penetration via "Rabbit
tool"), evacuation paths, passenger removal, interior attack.
• Special Hazards: Three-dimensional fuel fires (dry chemical), wheel/brake fires (fusible plugs,
explosion risk), hidden cargo fires, lithium thermal runaway.
• Safety & PPE: SCBA (60-second donning per NFPA 1003), structural PPE, aircraft systems
securement (engines, electrics).
• Communication & Command: ATC coordination, incident command, hot/warm/cold zones.
1. What is the primary objective of Aircraft Rescue and Firefighting (ARFF) operations during an aircraft
emergency?
A) Extinguish the fire before any rescue attempt begins
B) Rescue occupants and ensure their safe egress from the aircraft
C) Protect airport property from fire damage at all costs
, Page 2 of 137
D) Save the cargo and valuable equipment on the aircraft
Answer: B
Rationale: The primary objective of ARFF is life safety, meaning the rescue of passengers and crew takes
precedence over all other considerations including fire suppression .
2. Which federal agency establishes the regulatory requirements for ARFF operations at certificated
airports in the United States?
A) NFPA (National Fire Protection Association)
B) OSHA (Occupational Safety and Health Administration)
C) FAA (Federal Aviation Administration)
D) DHS (Department of Homeland Security)
Answer: C
Rationale: The Federal Aviation Administration regulates ARFF requirements under FAR Part 139, which
sets standards for airport indexes, vehicle capabilities, response times, and firefighter training .
3. Which NFPA standard specifically provides guidance on aircraft rescue and firefighting operations and
procedures?
A) NFPA 1003 (Airport Firefighter Professional Qualifications)
, Page 3 of 137
B) NFPA 402 (Guide for Aircraft Rescue and Fire-Fighting Operations)
C) NFPA 414 (Standard for Aircraft Rescue and Fire-Fighting Vehicles)
D) NFPA 1500 (Standard on Fire Department Occupational Safety)
Answer: B
Rationale: NFPA 402 provides operational guidance for ARFF, while NFPA 1003/1010 covers personnel
qualifications and NFPA 414 covers vehicle requirements .
4. What is the standard commercial jet fuel used in the United States for turbine-powered aircraft?
A) AVGAS 100LL
B) Jet A
C) Jet B
D) JP-8
Answer: B
Rationale: Jet A is the standard kerosene-based fuel for turbine-engine aircraft in the U.S., with a flash
point around 100°F, making it less volatile than AvGas .
5. What is the typical flash point of Jet A fuel?
A) 32°F (0°C)
, Page 4 of 137
B) 100°F (38°C)
C) 200°F (93°C)
D) 500°F (260°C)
Answer: B
Rationale: Jet A has a flash point of approximately 100°F, which is significantly higher than gasoline-
based fuels, contributing to its safety as a commercial aviation fuel .
6. Under FAA Part 139, what is the maximum response time allowed for ARFF vehicles to reach the
midpoint of the furthest runway?
A) 2 minutes
B) 3 minutes
C) 4 minutes
D) 5 minutes
Answer: B
Rationale: FAA Part 139 requires that ARFF vehicles be capable of reaching the midpoint of the farthest
runway within 3 minutes from the time of alarm under normal conditions .
