SAR TECH III FINAL EXAM COMPLETE
STUDY GUIDE 2024 2026 UPDATE 200
QUSTIONS AND ANSWERS WITH
RATIONALES NASAR NFPA 1670 1006
ALIGNED ICS TECHNICAL RESCUE
WILDERNESS MEDICINE AND AVIATION
Incident Command & Leadership
1. You are assigned as the SAR Branch Director during a large-
scale missing hiker incident spanning multiple jurisdictions.
After establishing command, you receive conflicting search
area priorities from county and federal land managers. What
is the most appropriate course of action to maintain
operational cohesion while respecting agency authority? A.
Proceed with the county’s search plan since they have primary
jurisdiction B. Facilitate a unified planning meeting using ICS
principles to develop a single, risk-based search strategy with
documented consensus and clear task assignments C. Split
resources evenly between both agencies’ requests to avoid political
friction D. Defer all decisions to the incident commander and step back
from planning
Rationale: SAR Tech III personnel must integrate multi-agency efforts
through ICS unified command principles. Conflicting priorities require
structured collaboration, documentation, and consensus-driven
planning to ensure resource efficiency, legal compliance, and
operational safety.
2. During a technical rope rescue operation, your rescue group
leader reports that the system setup is taking longer than
anticipated due to complex anchor terrain. The incident
commander is pressuring for rapid deployment. As the SAR
Branch Director, what is your priority? A. Authorize immediate
lowering to meet the timeline, trusting the group leader’s experience B.
Verify that all safety protocols, redundancy checks, and
,system load tests are completed before authorizing any patient
movement C. Bypass secondary belays to speed up the rigging process
D. Replace the rope team with a more experienced crew from another
group
Rationale: Safety and system integrity override operational tempo in
technical rescue. SAR Tech III leaders must enforce strict adherence to
rigging standards, redundancy, and pre-use testing regardless of
external pressure.
3. Which ICS position is responsible for monitoring overall
incident safety, identifying hazardous conditions, and has the
authority to stop or prevent unsafe acts during a SAR
operation? A. Operations Section Chief B. Safety Officer C. Logistics
Section Chief D. SAR Branch Director
Rationale: The Safety Officer (SOFR) holds independent authority to
halt operations when hazards exceed acceptable risk thresholds. SAR
Tech III personnel must understand ICS roles to ensure proper safety
integration.
4. When transitioning from tactical search operations to
recovery mode after prolonged efforts with diminishing
probability of survival, which factor should primarily guide
the decision? A. Public pressure and media attention B. Medical
prognosis, environmental conditions, elapsed time, and risk-
to-rescuer analysis C. Availability of volunteer resources D. Cost of
continued operations
Rationale: Transition to recovery is a clinical and operational decision
based on survivability windows, terrain hazards, weather, and rescuer
safety. SAR Tech III training emphasizes evidence-based go/no-go
frameworks.
5. What is the recommended span of control for a SAR Group
Supervisor managing technical rope or swiftwater teams? A.
10–15 personnel B. 3–7 direct reporting elements or teams C. 1
individual per supervisor D. Unlimited as long as radio communication
is functional
Rationale: ICS and NFPA standards recommend a span of control
between 3–7 for technical rescue operations to maintain effective
communication, safety oversight, and task management.
,6. You are conducting an After Action Review (AAR) following
a multi-day SAR mission. A team member admits they
bypassed a belay backup due to time pressure. How should
this be addressed? A. Publicly reprimand the member to deter future
violations B. Use a blame-free, learning-focused framework to
analyze system factors, identify training gaps, and update
SOPs C. Document the violation for disciplinary action only D. Ignore
the admission since the patient was successfully rescued
Rationale: AARs in SAR emphasize continuous improvement,
psychological safety, and systemic analysis over individual blame. This
approach builds a culture of accountability and operational resilience.
7. When requesting additional SAR resources through ICS,
which document is required to justify the need, specify
capabilities, and establish accountability? A. Incident Action Plan
(IAP) B. Resource Order (ICS 213) with clear capability
specifications and operational period C. Situation Report
(SITREP) D. Mutual Aid Agreement
Rationale: The ICS 213 (Resource Request/Order) formally documents
needed assets, capabilities, and timelines. SAR Tech III leaders must
master resource ordering to maintain operational readiness.
8. In a high-line rope rescue system, what is the minimum
acceptable safety factor for main and backup lines when
human life is at risk? A. 5:1 B. 10:1 C. 15:1 D. 20:1
Rationale: NFPA 1670/1006 and industry standards mandate a 10:1
safety factor for life safety rope systems. This accounts for dynamic
loads, edge friction, wear, and human error.
9. When rigging over a sharp rock edge, which combination of
edge protection and friction management techniques is most
effective? A. Single webbing sling wrapped around the edge B. Roller
edge, edge pad, and change of angle to reduce rope-on-rock
contact C. Duct tape over sharp protrusions D. Double rope system
without edge protection
Rationale: Proper edge protection combines padding, rollers, and
system geometry to minimize abrasion, heat buildup, and rope
degradation. SAR Tech III rigging emphasizes layered protection
strategies.
, 10. You are constructing a mechanical advantage system for a
litter haul in steep terrain. Which configuration provides the
highest theoretical advantage while maintaining manageable
friction and reset distance? A. 2:1 simple system B. 3:1 Z-rig with
progress capture and 2:1 compound add-on for 6:1 total C. 4:1
block and tackle only D. Direct pull with no mechanical advantage
Rationale: Compound systems like a 3:1 Z-rig combined with a 2:1 add-
on yield 6:1 MA while maintaining efficient rope travel and
manageable reset cycles. SAR Tech III personnel must calculate
theoretical vs. actual MA considering friction.
11. When building a directional anchor in soil for a steep slope
rescue, which technique provides the most reliable holding
capacity? A. Single deadman anchor placed parallel to pull direction B.
Multi-point deadman or picket system angled away from load,
buried in compacted soil, with load distributed across
multiple tie-ins C. Shallow rock horn with webbing wrap D. Tree wrap
without padding or load distribution
Rationale: Soil anchors require depth, angling, and load distribution to
resist pull-out forces. Multi-point systems with proper burial geometry
maximize holding capacity in variable terrain.
12. A tensionless hitch is used to anchor a rope around a large
tree. What is the minimum number of wraps required to safely
secure a 5:1 loaded rescue line without knotting? A. 2 wraps B.
3–4 wraps depending on bark texture and rope diameter C. 1
wrap D. 5+ wraps to prevent slippage
Rationale: Tensionless hitches rely on friction. 3–4 wraps typically
provide sufficient friction for rescue loads while allowing quick release.
Too few wraps slip; too many create unnecessary tension and delay.
13. Which condition mandates immediate retirement of a life
safety rope from SAR service? A. Minor surface abrasion after one
use B. Exposure to chemicals, extreme heat, or a fall with
significant dynamic load C. Dirt accumulation that can be washed off
D. Faded manufacturer label but rope feels intact
Rationale: Chemical exposure, heat degradation, and dynamic loading
can compromise internal fiber integrity without visible damage. SAR
standards require conservative retirement criteria for life safety ropes.
STUDY GUIDE 2024 2026 UPDATE 200
QUSTIONS AND ANSWERS WITH
RATIONALES NASAR NFPA 1670 1006
ALIGNED ICS TECHNICAL RESCUE
WILDERNESS MEDICINE AND AVIATION
Incident Command & Leadership
1. You are assigned as the SAR Branch Director during a large-
scale missing hiker incident spanning multiple jurisdictions.
After establishing command, you receive conflicting search
area priorities from county and federal land managers. What
is the most appropriate course of action to maintain
operational cohesion while respecting agency authority? A.
Proceed with the county’s search plan since they have primary
jurisdiction B. Facilitate a unified planning meeting using ICS
principles to develop a single, risk-based search strategy with
documented consensus and clear task assignments C. Split
resources evenly between both agencies’ requests to avoid political
friction D. Defer all decisions to the incident commander and step back
from planning
Rationale: SAR Tech III personnel must integrate multi-agency efforts
through ICS unified command principles. Conflicting priorities require
structured collaboration, documentation, and consensus-driven
planning to ensure resource efficiency, legal compliance, and
operational safety.
2. During a technical rope rescue operation, your rescue group
leader reports that the system setup is taking longer than
anticipated due to complex anchor terrain. The incident
commander is pressuring for rapid deployment. As the SAR
Branch Director, what is your priority? A. Authorize immediate
lowering to meet the timeline, trusting the group leader’s experience B.
Verify that all safety protocols, redundancy checks, and
,system load tests are completed before authorizing any patient
movement C. Bypass secondary belays to speed up the rigging process
D. Replace the rope team with a more experienced crew from another
group
Rationale: Safety and system integrity override operational tempo in
technical rescue. SAR Tech III leaders must enforce strict adherence to
rigging standards, redundancy, and pre-use testing regardless of
external pressure.
3. Which ICS position is responsible for monitoring overall
incident safety, identifying hazardous conditions, and has the
authority to stop or prevent unsafe acts during a SAR
operation? A. Operations Section Chief B. Safety Officer C. Logistics
Section Chief D. SAR Branch Director
Rationale: The Safety Officer (SOFR) holds independent authority to
halt operations when hazards exceed acceptable risk thresholds. SAR
Tech III personnel must understand ICS roles to ensure proper safety
integration.
4. When transitioning from tactical search operations to
recovery mode after prolonged efforts with diminishing
probability of survival, which factor should primarily guide
the decision? A. Public pressure and media attention B. Medical
prognosis, environmental conditions, elapsed time, and risk-
to-rescuer analysis C. Availability of volunteer resources D. Cost of
continued operations
Rationale: Transition to recovery is a clinical and operational decision
based on survivability windows, terrain hazards, weather, and rescuer
safety. SAR Tech III training emphasizes evidence-based go/no-go
frameworks.
5. What is the recommended span of control for a SAR Group
Supervisor managing technical rope or swiftwater teams? A.
10–15 personnel B. 3–7 direct reporting elements or teams C. 1
individual per supervisor D. Unlimited as long as radio communication
is functional
Rationale: ICS and NFPA standards recommend a span of control
between 3–7 for technical rescue operations to maintain effective
communication, safety oversight, and task management.
,6. You are conducting an After Action Review (AAR) following
a multi-day SAR mission. A team member admits they
bypassed a belay backup due to time pressure. How should
this be addressed? A. Publicly reprimand the member to deter future
violations B. Use a blame-free, learning-focused framework to
analyze system factors, identify training gaps, and update
SOPs C. Document the violation for disciplinary action only D. Ignore
the admission since the patient was successfully rescued
Rationale: AARs in SAR emphasize continuous improvement,
psychological safety, and systemic analysis over individual blame. This
approach builds a culture of accountability and operational resilience.
7. When requesting additional SAR resources through ICS,
which document is required to justify the need, specify
capabilities, and establish accountability? A. Incident Action Plan
(IAP) B. Resource Order (ICS 213) with clear capability
specifications and operational period C. Situation Report
(SITREP) D. Mutual Aid Agreement
Rationale: The ICS 213 (Resource Request/Order) formally documents
needed assets, capabilities, and timelines. SAR Tech III leaders must
master resource ordering to maintain operational readiness.
8. In a high-line rope rescue system, what is the minimum
acceptable safety factor for main and backup lines when
human life is at risk? A. 5:1 B. 10:1 C. 15:1 D. 20:1
Rationale: NFPA 1670/1006 and industry standards mandate a 10:1
safety factor for life safety rope systems. This accounts for dynamic
loads, edge friction, wear, and human error.
9. When rigging over a sharp rock edge, which combination of
edge protection and friction management techniques is most
effective? A. Single webbing sling wrapped around the edge B. Roller
edge, edge pad, and change of angle to reduce rope-on-rock
contact C. Duct tape over sharp protrusions D. Double rope system
without edge protection
Rationale: Proper edge protection combines padding, rollers, and
system geometry to minimize abrasion, heat buildup, and rope
degradation. SAR Tech III rigging emphasizes layered protection
strategies.
, 10. You are constructing a mechanical advantage system for a
litter haul in steep terrain. Which configuration provides the
highest theoretical advantage while maintaining manageable
friction and reset distance? A. 2:1 simple system B. 3:1 Z-rig with
progress capture and 2:1 compound add-on for 6:1 total C. 4:1
block and tackle only D. Direct pull with no mechanical advantage
Rationale: Compound systems like a 3:1 Z-rig combined with a 2:1 add-
on yield 6:1 MA while maintaining efficient rope travel and
manageable reset cycles. SAR Tech III personnel must calculate
theoretical vs. actual MA considering friction.
11. When building a directional anchor in soil for a steep slope
rescue, which technique provides the most reliable holding
capacity? A. Single deadman anchor placed parallel to pull direction B.
Multi-point deadman or picket system angled away from load,
buried in compacted soil, with load distributed across
multiple tie-ins C. Shallow rock horn with webbing wrap D. Tree wrap
without padding or load distribution
Rationale: Soil anchors require depth, angling, and load distribution to
resist pull-out forces. Multi-point systems with proper burial geometry
maximize holding capacity in variable terrain.
12. A tensionless hitch is used to anchor a rope around a large
tree. What is the minimum number of wraps required to safely
secure a 5:1 loaded rescue line without knotting? A. 2 wraps B.
3–4 wraps depending on bark texture and rope diameter C. 1
wrap D. 5+ wraps to prevent slippage
Rationale: Tensionless hitches rely on friction. 3–4 wraps typically
provide sufficient friction for rescue loads while allowing quick release.
Too few wraps slip; too many create unnecessary tension and delay.
13. Which condition mandates immediate retirement of a life
safety rope from SAR service? A. Minor surface abrasion after one
use B. Exposure to chemicals, extreme heat, or a fall with
significant dynamic load C. Dirt accumulation that can be washed off
D. Faded manufacturer label but rope feels intact
Rationale: Chemical exposure, heat degradation, and dynamic loading
can compromise internal fiber integrity without visible damage. SAR
standards require conservative retirement criteria for life safety ropes.
