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Pro Board Rope Rescue Technician
Certification EXAM QUESTIONS AND DETAILED
SOLUTIONS JUST RELEASED
Pro Board Rope Rescue Technician Certification – Complete Exam
CORE TECHNICIAN SKILLS AREAS
Category Specific Skills
Figure-eight on a bight, figure-eight follow-through, clove hitch, prusik hitch, tensionles
Knots & Rigging
hitch, munter hitch, alpine butterfly
Single-point anchors, multiple-point anchors (load distribution), critical angles, bombpr
Anchor Systems
anchors, natural and artificial anchors
Mechanical Simple MA systems (3:1, 5:1), compound MA systems (9:1, etc.), progress capture devi
Advantage ball-bearing pulleys
Lowering Systems Brake rack (most common), figure-eight descender, controlled lowering, load holding
Slack belay, fixed belay, traveling belay, twin tension rope system (TTRS), belay device
Belay Systems
operation, fall arrest
High Angle Fixed rope ascent/descent, litter tending (high-angle), pickoff rescues, self-rescue
Operations techniques
Horizontal
Tensioned highlines, skate block systems, cross-hauls, taglines
Systems
Patient Packaging Litter management, victim assessment, packaging for vertical/horizontal movement
Safety & System safety checks, load testing prior to life-loading, edge protection, equipment
Inspection inspection, rope logs
Section 1: Standards, Safety Factors, and Equipment (Questions 1-25)
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1. The primary reference standard for Rope Rescue Technician under Pro Board accreditation
is:
A) OSHA 1910.146
B) NFPA 1500
C) NFPA 1006
D) NFPA 1983
Answer: C
Rationale: NFPA 1006 outlines the professional qualifications for technical rescue personnel,
including Rope Rescue Technician level competencies. NFPA 1983 covers equipment standards,
not personnel qualifications .
2. What is the minimum safety factor for life safety rope in technical rescue operations?
A) 5:1
B) 10:1
C) 15:1
D) 20:1
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Answer: C
Rationale: A 15:1 safety factor is commonly applied to life safety rope systems to account for
shock loading, dynamic forces, and rope degradation over time .
3. NFPA 1983 covers which aspect of rope rescue?
A) Personnel qualifications
B) Life safety rope and equipment standards
C) Fire apparatus design
D) Hazardous materials response
Answer: B
Rationale: NFPA 1983 specifies standards for life safety rope, harnesses, hardware, and
equipment used in technical rescue operations .
4. Which NFPA standard consolidates rope rescue requirements under the 2021 edition?
A) NFPA 1000
B) NFPA 1500
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C) NFPA 2500
D) NFPA 1670
Answer: C
Rationale: NFPA 2500 (2022 edition) consolidates the former NFPA 1006 (professional
qualifications) and NFPA 1670 (operations and training) into a single standard for technical
rescue .
5. The minimum rope diameter typically used in technical rescue operations is:
A) 8 mm
B) 9 mm
C) 11 mm to 13 mm
D) 16 mm
Answer: C
Rationale: Rope in the 11–13 mm range provides adequate strength and durability for rescue
loads while remaining manageable for rigging and handling .
Pro Board Rope Rescue Technician
Certification EXAM QUESTIONS AND DETAILED
SOLUTIONS JUST RELEASED
Pro Board Rope Rescue Technician Certification – Complete Exam
CORE TECHNICIAN SKILLS AREAS
Category Specific Skills
Figure-eight on a bight, figure-eight follow-through, clove hitch, prusik hitch, tensionles
Knots & Rigging
hitch, munter hitch, alpine butterfly
Single-point anchors, multiple-point anchors (load distribution), critical angles, bombpr
Anchor Systems
anchors, natural and artificial anchors
Mechanical Simple MA systems (3:1, 5:1), compound MA systems (9:1, etc.), progress capture devi
Advantage ball-bearing pulleys
Lowering Systems Brake rack (most common), figure-eight descender, controlled lowering, load holding
Slack belay, fixed belay, traveling belay, twin tension rope system (TTRS), belay device
Belay Systems
operation, fall arrest
High Angle Fixed rope ascent/descent, litter tending (high-angle), pickoff rescues, self-rescue
Operations techniques
Horizontal
Tensioned highlines, skate block systems, cross-hauls, taglines
Systems
Patient Packaging Litter management, victim assessment, packaging for vertical/horizontal movement
Safety & System safety checks, load testing prior to life-loading, edge protection, equipment
Inspection inspection, rope logs
Section 1: Standards, Safety Factors, and Equipment (Questions 1-25)
, Page 2 of 131
1. The primary reference standard for Rope Rescue Technician under Pro Board accreditation
is:
A) OSHA 1910.146
B) NFPA 1500
C) NFPA 1006
D) NFPA 1983
Answer: C
Rationale: NFPA 1006 outlines the professional qualifications for technical rescue personnel,
including Rope Rescue Technician level competencies. NFPA 1983 covers equipment standards,
not personnel qualifications .
2. What is the minimum safety factor for life safety rope in technical rescue operations?
A) 5:1
B) 10:1
C) 15:1
D) 20:1
, Page 3 of 131
Answer: C
Rationale: A 15:1 safety factor is commonly applied to life safety rope systems to account for
shock loading, dynamic forces, and rope degradation over time .
3. NFPA 1983 covers which aspect of rope rescue?
A) Personnel qualifications
B) Life safety rope and equipment standards
C) Fire apparatus design
D) Hazardous materials response
Answer: B
Rationale: NFPA 1983 specifies standards for life safety rope, harnesses, hardware, and
equipment used in technical rescue operations .
4. Which NFPA standard consolidates rope rescue requirements under the 2021 edition?
A) NFPA 1000
B) NFPA 1500
, Page 4 of 131
C) NFPA 2500
D) NFPA 1670
Answer: C
Rationale: NFPA 2500 (2022 edition) consolidates the former NFPA 1006 (professional
qualifications) and NFPA 1670 (operations and training) into a single standard for technical
rescue .
5. The minimum rope diameter typically used in technical rescue operations is:
A) 8 mm
B) 9 mm
C) 11 mm to 13 mm
D) 16 mm
Answer: C
Rationale: Rope in the 11–13 mm range provides adequate strength and durability for rescue
loads while remaining manageable for rigging and handling .
