NYC MASTER RIGGER LICENSE EXAM NEWEST EVALUATED EXAM PRACTICE
100 QUESTIONS 2026-2027|ORIGINAL QUESTIONS & ANSWERS |DETAILED
RATIONALES |HINTED COMPLETE EXAM PREP GRADED A+*INSTANT
DOWNLOAD PDF*
1. A Master Rigger is preparing a lift in which the load will be at 96% of the
approved rated capacity of the crane. How should the lift be classified?
A. Routine pick
B. Light pick
C. Critical pick
D. Special pick
Answer: C. Critical pick
Critical picks include rigging operations involving loads at or above 95% of the
approved rated capacity of the crane or rigging equipment.
2. Which person has the primary responsibility for personally planning the
equipment setup and operation of rigging work?
A. The crane operator
B. The signal person
C. The rigging foreman
D. The licensed rigger
Answer: D. The licensed rigger
The licensed rigger is responsible for personally planning the equipment setup
and operation of rigging work. This planning responsibility cannot generally be
delegated.
3. Which of the following is considered a critical pick?
A. A symmetrical load weighing 20% of crane capacity
B. A routine pallet lift with clear access
C. A tandem pick using two cranes
D. A small load lifted vertically without obstruction
Answer: C. A tandem pick using two cranes
A pick requiring multiple cranes or derricks is specifically treated as a critical
pick.
, 4. A load has a large wind sail area exceeding 500 square feet. How is the
operation classified?
A. Standard pick
B. Routine pick
C. Critical pick
D. Minor pick
Answer: C. Critical pick
An asymmetrical load or a load with a wind sail area exceeding 500 square feet
is included among critical-pick conditions.
5. Which factor is most important when determining the safe working load
of a sling?
A. Its color
B. Its age alone
C. Its rated capacity for the specific configuration and conditions of use
D. The crane's maximum capacity alone
Answer: C. Its rated capacity for the specific configuration and conditions of
use
The capacity of a sling depends on its type, configuration, angle, hitch,
condition, and other applicable factors. The crane's capacity does not
automatically determine sling capacity.
6. A sling is found to have severe damage that could affect its strength.
What should be done?
A. Use it only at half capacity
B. Use it for light loads
C. Mark it for later inspection but continue using it
D. Remove it from service
Answer: D. Remove it from service
Damaged rigging equipment that may compromise safety must not be used.
7. As the included angle between the legs of a two-leg sling increases, the
tension in each sling leg generally:
,A. Decreases
B. Remains unchanged
C. Increases
D. Becomes zero
Answer: C. Increases
As the sling angle becomes more horizontal, tension in each leg increases. Low
sling angles can therefore produce very high leg forces.
8. Two sling legs support an equally distributed 4,000-pound load. If the
sling legs are vertical, approximately how much load is carried by each
leg?
A. 500 lb
B. 1,000 lb
C. 2,000 lb
D. 4,000 lb
Answer: C. 2,000 lb
With two vertical legs sharing the load equally, each leg carries one-half of the
4,000-pound load.
9. What is the primary purpose of a shackle's pin?
A. To increase crane capacity
B. To reduce load weight
C. To secure the sling or fitting within the shackle body
D. To act as a counterweight
Answer: C. To secure the sling or fitting within the shackle body
The shackle pin completes the load-bearing connection and must be properly
installed and secured.
10.Which condition is most likely to cause a sling to become overloaded?
A. Increasing the vertical component of the lift
B. Using a properly rated sling vertically
C. Using a very small sling angle
D. Reducing the load weight
, Answer: C. Using a very small sling angle
As the sling becomes more horizontal, the tension in the sling legs increases
substantially.
11.A load weighs 12,000 pounds. Approximately how many tons is this,
using 2,000 pounds per ton?
A. 4 tons
B. 5 tons
C. 6 tons
D. 8 tons
Answer: C. 6 tons
12,000 ÷ 2,000 = 6 tons.
12.Which of the following is a major hazard when a load is lifted with an
unknown center of gravity?
A. The load will always remain level
B. The crane capacity automatically increases
C. The load may tilt or shift unexpectedly
D. The sling capacity doubles
Answer: C. The load may tilt or shift unexpectedly
An unknown or improperly evaluated center of gravity can cause the load to
rotate, tilt, or shift when tension is applied.
13.What should be determined before selecting the rigging arrangement
for an irregularly shaped load?
A. The color of the load
B. The operator's preferred signal
C. The load's weight, center of gravity, attachment points, and configuration
D. The weather from the previous day
Answer: C. The load's weight, center of gravity, attachment points, and
configuration
Proper planning requires understanding the physical characteristics of the load
and how forces will be transferred through the rigging.
100 QUESTIONS 2026-2027|ORIGINAL QUESTIONS & ANSWERS |DETAILED
RATIONALES |HINTED COMPLETE EXAM PREP GRADED A+*INSTANT
DOWNLOAD PDF*
1. A Master Rigger is preparing a lift in which the load will be at 96% of the
approved rated capacity of the crane. How should the lift be classified?
A. Routine pick
B. Light pick
C. Critical pick
D. Special pick
Answer: C. Critical pick
Critical picks include rigging operations involving loads at or above 95% of the
approved rated capacity of the crane or rigging equipment.
2. Which person has the primary responsibility for personally planning the
equipment setup and operation of rigging work?
A. The crane operator
B. The signal person
C. The rigging foreman
D. The licensed rigger
Answer: D. The licensed rigger
The licensed rigger is responsible for personally planning the equipment setup
and operation of rigging work. This planning responsibility cannot generally be
delegated.
3. Which of the following is considered a critical pick?
A. A symmetrical load weighing 20% of crane capacity
B. A routine pallet lift with clear access
C. A tandem pick using two cranes
D. A small load lifted vertically without obstruction
Answer: C. A tandem pick using two cranes
A pick requiring multiple cranes or derricks is specifically treated as a critical
pick.
, 4. A load has a large wind sail area exceeding 500 square feet. How is the
operation classified?
A. Standard pick
B. Routine pick
C. Critical pick
D. Minor pick
Answer: C. Critical pick
An asymmetrical load or a load with a wind sail area exceeding 500 square feet
is included among critical-pick conditions.
5. Which factor is most important when determining the safe working load
of a sling?
A. Its color
B. Its age alone
C. Its rated capacity for the specific configuration and conditions of use
D. The crane's maximum capacity alone
Answer: C. Its rated capacity for the specific configuration and conditions of
use
The capacity of a sling depends on its type, configuration, angle, hitch,
condition, and other applicable factors. The crane's capacity does not
automatically determine sling capacity.
6. A sling is found to have severe damage that could affect its strength.
What should be done?
A. Use it only at half capacity
B. Use it for light loads
C. Mark it for later inspection but continue using it
D. Remove it from service
Answer: D. Remove it from service
Damaged rigging equipment that may compromise safety must not be used.
7. As the included angle between the legs of a two-leg sling increases, the
tension in each sling leg generally:
,A. Decreases
B. Remains unchanged
C. Increases
D. Becomes zero
Answer: C. Increases
As the sling angle becomes more horizontal, tension in each leg increases. Low
sling angles can therefore produce very high leg forces.
8. Two sling legs support an equally distributed 4,000-pound load. If the
sling legs are vertical, approximately how much load is carried by each
leg?
A. 500 lb
B. 1,000 lb
C. 2,000 lb
D. 4,000 lb
Answer: C. 2,000 lb
With two vertical legs sharing the load equally, each leg carries one-half of the
4,000-pound load.
9. What is the primary purpose of a shackle's pin?
A. To increase crane capacity
B. To reduce load weight
C. To secure the sling or fitting within the shackle body
D. To act as a counterweight
Answer: C. To secure the sling or fitting within the shackle body
The shackle pin completes the load-bearing connection and must be properly
installed and secured.
10.Which condition is most likely to cause a sling to become overloaded?
A. Increasing the vertical component of the lift
B. Using a properly rated sling vertically
C. Using a very small sling angle
D. Reducing the load weight
, Answer: C. Using a very small sling angle
As the sling becomes more horizontal, the tension in the sling legs increases
substantially.
11.A load weighs 12,000 pounds. Approximately how many tons is this,
using 2,000 pounds per ton?
A. 4 tons
B. 5 tons
C. 6 tons
D. 8 tons
Answer: C. 6 tons
12,000 ÷ 2,000 = 6 tons.
12.Which of the following is a major hazard when a load is lifted with an
unknown center of gravity?
A. The load will always remain level
B. The crane capacity automatically increases
C. The load may tilt or shift unexpectedly
D. The sling capacity doubles
Answer: C. The load may tilt or shift unexpectedly
An unknown or improperly evaluated center of gravity can cause the load to
rotate, tilt, or shift when tension is applied.
13.What should be determined before selecting the rigging arrangement
for an irregularly shaped load?
A. The color of the load
B. The operator's preferred signal
C. The load's weight, center of gravity, attachment points, and configuration
D. The weather from the previous day
Answer: C. The load's weight, center of gravity, attachment points, and
configuration
Proper planning requires understanding the physical characteristics of the load
and how forces will be transferred through the rigging.
