Florida Swift-water Rescue Technician
2026 Certification Examination
Questions Practice with Answers and
Rationales
1. What is the primary hazard that distinguishes swift water
rescue from many other technical rescue environments?
A. Limited visibility caused by smoke
B. Continuous water movement and hydraulic forces
C. High temperatures inside structures
D. Unstable building materials
Answer: B. Continuous water movement and hydraulic
forces
Rationale: Swiftwater environments expose rescuers to
powerful currents, hydraulics, strainers, foot entrapment, and
rapidly changing water conditions.
2. Before entering a swift water rescue environment, the
rescuer should first:
A. Remove all PPE that restricts movement
B. Assess the scene and identify hazards
C. Enter the water immediately to reach the victim
D. Disconnect all communication equipment
,Answer: B. Assess the scene and identify hazards
Rationale: A thorough scene assessment identifies current,
hydraulics, access points, hazards, victim location, and
appropriate rescue options before personnel are committed.
3. Which piece of PPE is specifically designed to provide
flotation and protect the torso during swift water
operations?
A. Structural firefighting coat
B. Personal flotation device
C. Utility vest
D. Class III safety harness alone
Answer: B. Personal flotation device
Rationale: A properly fitted rescue PFD provides flotation and
is designed for water-rescue environments.
4. What is the greatest danger of entering moving water
without adequate flotation?
A. Mild hypothermia
B. Increased risk of drowning
C. Reduced radio range
D. Loss of visual acuity
Answer: B. Increased risk of drowning
,Rationale: Moving water can quickly overwhelm a person,
making flotation essential for maintaining buoyancy and
survival.
5. A rescuer floating feet-first downstream is primarily using
this position to:
A. Increase swimming speed
B. Protect the head and identify obstacles ahead
C. Prevent the PFD from inflating
D. Keep the torso completely submerged
Answer: B. Protect the head and identify obstacles ahead
Rationale: The defensive swimming position helps protect the
head while allowing the rescuer to see downstream hazards
and maneuver toward safety.
6. In swift water rescue, a "strainer" is best described as:
A. A shallow gravel bar
B. An obstruction that allows water to pass but can trap a
person
C. A type of rescue boat
D. A water-level measuring device
Answer: B. An obstruction that allows water to pass but can
trap a person
Rationale: Strainers include branches, debris, fencing, and
similar objects that permit water flow while trapping people
against or within them.
, 7. Which hazard is commonly associated with low-head
dams?
A. Downstream recirculating hydraulics
B. Reduced water velocity
C. Stable walking surfaces
D. Absence of turbulence
Answer: A. Downstream recirculating hydraulics
Rationale: Low-head dams can create powerful recirculating
hydraulics that repeatedly pull victims back toward the dam
face.
8. A rescuer who becomes trapped in a strong current
should generally:
A. Attempt to stand immediately
B. Float defensively and work toward a safe exit
C. Remove the PFD
D. Dive headfirst toward the bottom
Answer: B. Float defensively and work toward a safe exit
Rationale: Maintaining flotation and protecting the airway
are priorities while the rescuer moves toward an eddy, bank,
or other safe location.
9. What is the primary purpose of a throw bag?
2026 Certification Examination
Questions Practice with Answers and
Rationales
1. What is the primary hazard that distinguishes swift water
rescue from many other technical rescue environments?
A. Limited visibility caused by smoke
B. Continuous water movement and hydraulic forces
C. High temperatures inside structures
D. Unstable building materials
Answer: B. Continuous water movement and hydraulic
forces
Rationale: Swiftwater environments expose rescuers to
powerful currents, hydraulics, strainers, foot entrapment, and
rapidly changing water conditions.
2. Before entering a swift water rescue environment, the
rescuer should first:
A. Remove all PPE that restricts movement
B. Assess the scene and identify hazards
C. Enter the water immediately to reach the victim
D. Disconnect all communication equipment
,Answer: B. Assess the scene and identify hazards
Rationale: A thorough scene assessment identifies current,
hydraulics, access points, hazards, victim location, and
appropriate rescue options before personnel are committed.
3. Which piece of PPE is specifically designed to provide
flotation and protect the torso during swift water
operations?
A. Structural firefighting coat
B. Personal flotation device
C. Utility vest
D. Class III safety harness alone
Answer: B. Personal flotation device
Rationale: A properly fitted rescue PFD provides flotation and
is designed for water-rescue environments.
4. What is the greatest danger of entering moving water
without adequate flotation?
A. Mild hypothermia
B. Increased risk of drowning
C. Reduced radio range
D. Loss of visual acuity
Answer: B. Increased risk of drowning
,Rationale: Moving water can quickly overwhelm a person,
making flotation essential for maintaining buoyancy and
survival.
5. A rescuer floating feet-first downstream is primarily using
this position to:
A. Increase swimming speed
B. Protect the head and identify obstacles ahead
C. Prevent the PFD from inflating
D. Keep the torso completely submerged
Answer: B. Protect the head and identify obstacles ahead
Rationale: The defensive swimming position helps protect the
head while allowing the rescuer to see downstream hazards
and maneuver toward safety.
6. In swift water rescue, a "strainer" is best described as:
A. A shallow gravel bar
B. An obstruction that allows water to pass but can trap a
person
C. A type of rescue boat
D. A water-level measuring device
Answer: B. An obstruction that allows water to pass but can
trap a person
Rationale: Strainers include branches, debris, fencing, and
similar objects that permit water flow while trapping people
against or within them.
, 7. Which hazard is commonly associated with low-head
dams?
A. Downstream recirculating hydraulics
B. Reduced water velocity
C. Stable walking surfaces
D. Absence of turbulence
Answer: A. Downstream recirculating hydraulics
Rationale: Low-head dams can create powerful recirculating
hydraulics that repeatedly pull victims back toward the dam
face.
8. A rescuer who becomes trapped in a strong current
should generally:
A. Attempt to stand immediately
B. Float defensively and work toward a safe exit
C. Remove the PFD
D. Dive headfirst toward the bottom
Answer: B. Float defensively and work toward a safe exit
Rationale: Maintaining flotation and protecting the airway
are priorities while the rescuer moves toward an eddy, bank,
or other safe location.
9. What is the primary purpose of a throw bag?
