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Georgia Rigger Qualification
Examination Advanced Practice Exam
2026 | 100 Questions & Answers with
Detailed Rationales | Complete Exam
Prep & Study Guide
1. Before a rigging operation begins, what is the most important initial step?
A. Attach the load immediately
B. Estimate the load weight visually
C. Determine the load weight, center of gravity, lift points, and planned
path
D. Select the longest available sling
Answer: C. Determine the load weight, center of gravity, lift points, and planned
path
Rationale: A safe lift begins with understanding the load and the complete
lifting path. Weight, center of gravity, attachment points, and obstructions
determine the appropriate rigging configuration and equipment capacity.
2. A sling's rated capacity is primarily determined by which factor?
A. Color of the sling
B. Length of the sling only
C. Type, material, configuration, hitch, and angle
D. Age of the crane
Answer: C. Type, material, configuration, hitch, and angle
,Rationale: Sling capacity depends on construction and how the sling is
configured. Choker, vertical, and basket arrangements can have different rated
capacities.
3. When a synthetic web sling has a cut extending through a significant
portion of its width, what should the rigger do?
A. Tie a knot around the damaged area
B. Use it only for light loads
C. Turn the damaged side away from the load
D. Remove the sling from service
Rationale: Cuts, severe abrasion, and other structural damage can significantly
reduce sling strength. A damaged sling should not be used unless properly
evaluated and repaired according to applicable requirements.
4. What happens to the tension in each sling leg as the sling angle from
horizontal becomes smaller?
A. Tension decreases
B. Tension remains constant
C. Tension increases
D. Tension becomes zero
Rationale: As the sling angle decreases toward horizontal, the horizontal
component increases and each sling leg carries greater tension.
5. A 10,000-pound load is supported equally by two sling legs at a 60-degree
angle from horizontal. Approximately what tension exists in each leg?
A. 2,500 lb
B. 5,000 lb
C. 5,774 lb
D. 10,000 lb
Rationale: Leg tension is calculated as load divided by the number of legs and
the sine of the angle from horizontal: 10,000 ÷ (2 × 0.866) ≈ 5,774 lb per leg.
, 6. What is the purpose of a shackle's marked working load limit?
A. To indicate its breaking strength
B. To indicate its weight
C. To identify the maximum rated working load under specified conditions
D. To indicate the crane's capacity
Rationale: The working load limit identifies the maximum load the shackle is
designed to support under the manufacturer's specified conditions.
7. Why should a rigger avoid side loading a shackle?
A. It makes the shackle lighter
B. It increases sling length
C. Side loading can impose forces for which the shackle may not be rated
D. It eliminates the need for a pin
Rationale: Shackles are generally intended to carry loads along their designed
loading axis. Side loading can reduce capacity or create damaging stresses.
8. What is the safest practice when connecting a sling to a sharp-edged load?
A. Increase crane speed
B. Use a smaller sling
C. Install adequate corner protection between the sling and the load
D. Wet the sling
*Answer: C. Install adequate corner protection between the sling and the load
Rationale: Sharp edges can cut or severely damage slings. Proper padding or
engineered corner protection prevents concentrated cutting forces.
9. What is the primary purpose of a tag line?
A. Increase crane capacity
B. Support the crane boom
C. Control load rotation and movement from a safe position
D. Replace the signalperson
Rationale: Tag lines help workers control suspended loads while staying clear of
pinch points and hazardous swing areas.
, 10.A load's center of gravity is located significantly away from its lifting points.
What is the likely result if the rigging is not adjusted?
A. The load automatically levels
B. The load may tilt unexpectedly
C. Sling capacity increases
D. Crane capacity doubles
Rationale: The center of gravity determines how the load will behave when
suspended. Unequal loading can cause unexpected tilting or rotation.
11.Which hitch generally provides the greatest rated capacity when properly
configured?
A. Choker hitch
B. Basket hitch
C. Single-point knot
D. Half hitch
Rationale: A properly configured basket hitch can provide greater capacity than
a comparable choker because the sling legs support the load directly.
12.What is the primary danger of tying a knot in a synthetic sling?
A. It makes the sling longer
B. It increases flexibility
C. It can drastically reduce sling strength
D. It improves load control
Rationale: Knots create concentrated bending and loading that can substantially
reduce the sling's strength. Knots should not be used unless specifically
permitted by the manufacturer.
13.Before using a wire-rope sling, which condition requires particular
attention?
A. Rope color
B. Broken wires, kinking, crushing, corrosion, and other damage
C. Crane paint condition
D. Tag line length
Georgia Rigger Qualification
Examination Advanced Practice Exam
2026 | 100 Questions & Answers with
Detailed Rationales | Complete Exam
Prep & Study Guide
1. Before a rigging operation begins, what is the most important initial step?
A. Attach the load immediately
B. Estimate the load weight visually
C. Determine the load weight, center of gravity, lift points, and planned
path
D. Select the longest available sling
Answer: C. Determine the load weight, center of gravity, lift points, and planned
path
Rationale: A safe lift begins with understanding the load and the complete
lifting path. Weight, center of gravity, attachment points, and obstructions
determine the appropriate rigging configuration and equipment capacity.
2. A sling's rated capacity is primarily determined by which factor?
A. Color of the sling
B. Length of the sling only
C. Type, material, configuration, hitch, and angle
D. Age of the crane
Answer: C. Type, material, configuration, hitch, and angle
,Rationale: Sling capacity depends on construction and how the sling is
configured. Choker, vertical, and basket arrangements can have different rated
capacities.
3. When a synthetic web sling has a cut extending through a significant
portion of its width, what should the rigger do?
A. Tie a knot around the damaged area
B. Use it only for light loads
C. Turn the damaged side away from the load
D. Remove the sling from service
Rationale: Cuts, severe abrasion, and other structural damage can significantly
reduce sling strength. A damaged sling should not be used unless properly
evaluated and repaired according to applicable requirements.
4. What happens to the tension in each sling leg as the sling angle from
horizontal becomes smaller?
A. Tension decreases
B. Tension remains constant
C. Tension increases
D. Tension becomes zero
Rationale: As the sling angle decreases toward horizontal, the horizontal
component increases and each sling leg carries greater tension.
5. A 10,000-pound load is supported equally by two sling legs at a 60-degree
angle from horizontal. Approximately what tension exists in each leg?
A. 2,500 lb
B. 5,000 lb
C. 5,774 lb
D. 10,000 lb
Rationale: Leg tension is calculated as load divided by the number of legs and
the sine of the angle from horizontal: 10,000 ÷ (2 × 0.866) ≈ 5,774 lb per leg.
, 6. What is the purpose of a shackle's marked working load limit?
A. To indicate its breaking strength
B. To indicate its weight
C. To identify the maximum rated working load under specified conditions
D. To indicate the crane's capacity
Rationale: The working load limit identifies the maximum load the shackle is
designed to support under the manufacturer's specified conditions.
7. Why should a rigger avoid side loading a shackle?
A. It makes the shackle lighter
B. It increases sling length
C. Side loading can impose forces for which the shackle may not be rated
D. It eliminates the need for a pin
Rationale: Shackles are generally intended to carry loads along their designed
loading axis. Side loading can reduce capacity or create damaging stresses.
8. What is the safest practice when connecting a sling to a sharp-edged load?
A. Increase crane speed
B. Use a smaller sling
C. Install adequate corner protection between the sling and the load
D. Wet the sling
*Answer: C. Install adequate corner protection between the sling and the load
Rationale: Sharp edges can cut or severely damage slings. Proper padding or
engineered corner protection prevents concentrated cutting forces.
9. What is the primary purpose of a tag line?
A. Increase crane capacity
B. Support the crane boom
C. Control load rotation and movement from a safe position
D. Replace the signalperson
Rationale: Tag lines help workers control suspended loads while staying clear of
pinch points and hazardous swing areas.
, 10.A load's center of gravity is located significantly away from its lifting points.
What is the likely result if the rigging is not adjusted?
A. The load automatically levels
B. The load may tilt unexpectedly
C. Sling capacity increases
D. Crane capacity doubles
Rationale: The center of gravity determines how the load will behave when
suspended. Unequal loading can cause unexpected tilting or rotation.
11.Which hitch generally provides the greatest rated capacity when properly
configured?
A. Choker hitch
B. Basket hitch
C. Single-point knot
D. Half hitch
Rationale: A properly configured basket hitch can provide greater capacity than
a comparable choker because the sling legs support the load directly.
12.What is the primary danger of tying a knot in a synthetic sling?
A. It makes the sling longer
B. It increases flexibility
C. It can drastically reduce sling strength
D. It improves load control
Rationale: Knots create concentrated bending and loading that can substantially
reduce the sling's strength. Knots should not be used unless specifically
permitted by the manufacturer.
13.Before using a wire-rope sling, which condition requires particular
attention?
A. Rope color
B. Broken wires, kinking, crushing, corrosion, and other damage
C. Crane paint condition
D. Tag line length
