NYC MASTER RIGGER LICENSE PRACTICAL EXAMINATION PRACTICE EXAM | STUDY
GUIDE QUESTIONS | ACTUAL TESTBANK | LATEST UPDATE 2026/2027 | 150+ QUESTIONS
& 100% CORRECT ANSWERS
TABLE OF CONTENTS
i. Rigging Operations, Planning, and Professional Judgment
ii. Rigging Hardware, Slings, Ropes, and Connections
iii. Hoisting Equipment, Blocks, Derricks, and Mechanical Systems
iv. Load Calculations, Center of Gravity, and Capacity
v. Critical Picks and Lift Planning
vi. Signals, Communications, and Lift Direction
vii. Inspection, Defects, and Equipment Removal
viii. NYC Hoisting and Rigging Safety Requirements
ix. Personnel, Work Zones, and Accident Prevention
x. Environmental Conditions and Emergency Procedures
xi. Structural, Building, and Site Considerations
xii. Scenario-Based Practical Decision Making
xiii. Documentation, Compliance, and Professional Responsibility
xiv. Advanced Troubleshooting and Failure Analysis
xv. Integrated Master Rigger Practical Scenarios
INTRODUCTION
This comprehensive practice examination prepares candidates for the NYC Master Rigger
License Practical Examination by emphasizing applied rigging operations, safe load
determination, hardware selection, hoisting procedures, signaling, critical-pick planning,
inspection, accident prevention, regulatory compliance, and professional judgment. It is
designed for experienced riggers, rigging foremen, lift directors, supervisors, engineers, and
candidates preparing for professional licensing. The questions progress from advanced
application to extremely difficult scenario-based decisions requiring calculation,
interpretation, troubleshooting, and risk evaluation. It contains 150+ questions and answers
with a rationale to reinforce practical competence and examination readiness. Purchase and
instantly get a downloadable and editable PDF for convenient study and review.
QUESTION 1
Question 1
During a planned lift, the load is heavier than originally estimated and the revised weight
would reduce the calculated rigging capacity margin below the project's established safety
requirement. What is the most appropriate Master Rigger response?
A. Proceed slowly because reduced speed compensates for the increased load.
B. Add a second signal person and continue the lift.
,C. Stop the operation and reassess the complete lifting system before proceeding.
D. Increase the hoisting speed so the load spends less time suspended.
Correct Answer: C
Explanation: A change in load weight can invalidate the lift plan and capacity
assumptions. The lift should be stopped until the rigging system, equipment capacity,
configuration, and margins are reassessed.
QUESTION 2
Question 2
A sling has a visible cut extending into several load-bearing fibers, but its identification tag
remains legible. What should the rigger do?
A. Use it only at half its rated capacity.
B. Use it for a trial lift only.
C. Remove it from service pending proper disposition.
D. Use it if the cut is positioned away from the load.
Correct Answer: C
Explanation: A damaged load-bearing sling cannot be made acceptable merely by
reducing the load. A qualified inspection and proper disposition are required before reuse.
QUESTION 3
Question 3
A suspended load begins rotating unexpectedly after leaving the ground. Which immediate
action is most appropriate?
A. Increase hoisting speed.
B. Stop or stabilize the lift while maintaining control of the load.
C. Have personnel manually grab the load.
D. Lower the load rapidly.
Correct Answer: B
Explanation: Uncontrolled rotation can create impact, pinch, and side-loading hazards.
The lift should be controlled and stabilized rather than accelerated or handled manually
from unsafe positions.
QUESTION 4
Question 4
A load's center of gravity is significantly offset from its geometric center. Which rigging
consideration becomes especially important?
,A. Paint color of the load.
B. Equal sling lengths regardless of configuration.
C. Load orientation, attachment points, and resulting sling tensions.
D. Hoist motor color.
Correct Answer: C
Explanation: An eccentric center of gravity can cause unequal loading and unexpected
rotation. Attachment geometry must account for the actual center of gravity.
QUESTION 5
Question 5
During a trial lift, one sling leg becomes noticeably tighter than the others while the load
remains suspended. What is the best response?
A. Continue because unequal tension is normal.
B. Stop and determine why the load is not sharing forces as planned.
C. Add personnel to pull the loose sling tight.
D. Increase the hoist speed.
Correct Answer: B
Explanation: Unexpected unequal sling tension can indicate an incorrect center of gravity,
attachment geometry, or rigging configuration. Continuing can overload one component.
QUESTION 6
Question 6
A rigger proposes using a shackle with a capacity adequate for the load but with a pin
diameter incompatible with the connection hole. What is the correct decision?
A. Use it because the rated capacity is sufficient.
B. Use it with a washer to reduce movement.
C. Reject the configuration because compatibility is inadequate.
D. Weld the shackle to the connection.
Correct Answer: C
Explanation: Rated capacity alone does not make a rigging connection acceptable.
Hardware must be compatible with the connection and used according to its intended
configuration.
QUESTION 7
Question 7
A synthetic sling is wrapped around a sharp-edged steel member without corner protection.
, The rated capacity appears adequate. What should the Master Rigger conclude?
A. The lift is acceptable because the sling is new.
B. The lift is acceptable if the hoist is operated slowly.
C. Protection is required to prevent cutting or damage to the sling.
D. The sling should be wetted before lifting.
Correct Answer: C
Explanation: Sharp edges can severely damage synthetic slings even when the nominal
lifting capacity is adequate. Appropriate protection is part of safe sling selection.
QUESTION 8
Question 8
A load must be lifted through a narrow opening with limited clearance. Which planning
factor deserves the greatest emphasis?
A. Hoisting speed only.
B. Clearance, load dimensions, rigging geometry, and controlled movement.
C. The color of the signal person's vest.
D. The number of workers watching the operation.
Correct Answer: B
Explanation: Restricted clearances create collision and snagging hazards. The complete
movement path and rigging geometry must be evaluated before the lift.
QUESTION 9
Question 9
A rigger discovers that a sling angle is substantially lower than the angle assumed in the lift
calculation. What is the principal concern?
A. Lower sling angles generally increase sling tension.
B. Lower sling angles eliminate horizontal forces.
C. Lower sling angles always increase crane capacity.
D. Sling angle has no effect on tension.
Correct Answer: A
Explanation: As sling angle decreases from horizontal, tension in the sling legs increases. A
configuration that differs from the planned angle can therefore create overload.
QUESTION 10
GUIDE QUESTIONS | ACTUAL TESTBANK | LATEST UPDATE 2026/2027 | 150+ QUESTIONS
& 100% CORRECT ANSWERS
TABLE OF CONTENTS
i. Rigging Operations, Planning, and Professional Judgment
ii. Rigging Hardware, Slings, Ropes, and Connections
iii. Hoisting Equipment, Blocks, Derricks, and Mechanical Systems
iv. Load Calculations, Center of Gravity, and Capacity
v. Critical Picks and Lift Planning
vi. Signals, Communications, and Lift Direction
vii. Inspection, Defects, and Equipment Removal
viii. NYC Hoisting and Rigging Safety Requirements
ix. Personnel, Work Zones, and Accident Prevention
x. Environmental Conditions and Emergency Procedures
xi. Structural, Building, and Site Considerations
xii. Scenario-Based Practical Decision Making
xiii. Documentation, Compliance, and Professional Responsibility
xiv. Advanced Troubleshooting and Failure Analysis
xv. Integrated Master Rigger Practical Scenarios
INTRODUCTION
This comprehensive practice examination prepares candidates for the NYC Master Rigger
License Practical Examination by emphasizing applied rigging operations, safe load
determination, hardware selection, hoisting procedures, signaling, critical-pick planning,
inspection, accident prevention, regulatory compliance, and professional judgment. It is
designed for experienced riggers, rigging foremen, lift directors, supervisors, engineers, and
candidates preparing for professional licensing. The questions progress from advanced
application to extremely difficult scenario-based decisions requiring calculation,
interpretation, troubleshooting, and risk evaluation. It contains 150+ questions and answers
with a rationale to reinforce practical competence and examination readiness. Purchase and
instantly get a downloadable and editable PDF for convenient study and review.
QUESTION 1
Question 1
During a planned lift, the load is heavier than originally estimated and the revised weight
would reduce the calculated rigging capacity margin below the project's established safety
requirement. What is the most appropriate Master Rigger response?
A. Proceed slowly because reduced speed compensates for the increased load.
B. Add a second signal person and continue the lift.
,C. Stop the operation and reassess the complete lifting system before proceeding.
D. Increase the hoisting speed so the load spends less time suspended.
Correct Answer: C
Explanation: A change in load weight can invalidate the lift plan and capacity
assumptions. The lift should be stopped until the rigging system, equipment capacity,
configuration, and margins are reassessed.
QUESTION 2
Question 2
A sling has a visible cut extending into several load-bearing fibers, but its identification tag
remains legible. What should the rigger do?
A. Use it only at half its rated capacity.
B. Use it for a trial lift only.
C. Remove it from service pending proper disposition.
D. Use it if the cut is positioned away from the load.
Correct Answer: C
Explanation: A damaged load-bearing sling cannot be made acceptable merely by
reducing the load. A qualified inspection and proper disposition are required before reuse.
QUESTION 3
Question 3
A suspended load begins rotating unexpectedly after leaving the ground. Which immediate
action is most appropriate?
A. Increase hoisting speed.
B. Stop or stabilize the lift while maintaining control of the load.
C. Have personnel manually grab the load.
D. Lower the load rapidly.
Correct Answer: B
Explanation: Uncontrolled rotation can create impact, pinch, and side-loading hazards.
The lift should be controlled and stabilized rather than accelerated or handled manually
from unsafe positions.
QUESTION 4
Question 4
A load's center of gravity is significantly offset from its geometric center. Which rigging
consideration becomes especially important?
,A. Paint color of the load.
B. Equal sling lengths regardless of configuration.
C. Load orientation, attachment points, and resulting sling tensions.
D. Hoist motor color.
Correct Answer: C
Explanation: An eccentric center of gravity can cause unequal loading and unexpected
rotation. Attachment geometry must account for the actual center of gravity.
QUESTION 5
Question 5
During a trial lift, one sling leg becomes noticeably tighter than the others while the load
remains suspended. What is the best response?
A. Continue because unequal tension is normal.
B. Stop and determine why the load is not sharing forces as planned.
C. Add personnel to pull the loose sling tight.
D. Increase the hoist speed.
Correct Answer: B
Explanation: Unexpected unequal sling tension can indicate an incorrect center of gravity,
attachment geometry, or rigging configuration. Continuing can overload one component.
QUESTION 6
Question 6
A rigger proposes using a shackle with a capacity adequate for the load but with a pin
diameter incompatible with the connection hole. What is the correct decision?
A. Use it because the rated capacity is sufficient.
B. Use it with a washer to reduce movement.
C. Reject the configuration because compatibility is inadequate.
D. Weld the shackle to the connection.
Correct Answer: C
Explanation: Rated capacity alone does not make a rigging connection acceptable.
Hardware must be compatible with the connection and used according to its intended
configuration.
QUESTION 7
Question 7
A synthetic sling is wrapped around a sharp-edged steel member without corner protection.
, The rated capacity appears adequate. What should the Master Rigger conclude?
A. The lift is acceptable because the sling is new.
B. The lift is acceptable if the hoist is operated slowly.
C. Protection is required to prevent cutting or damage to the sling.
D. The sling should be wetted before lifting.
Correct Answer: C
Explanation: Sharp edges can severely damage synthetic slings even when the nominal
lifting capacity is adequate. Appropriate protection is part of safe sling selection.
QUESTION 8
Question 8
A load must be lifted through a narrow opening with limited clearance. Which planning
factor deserves the greatest emphasis?
A. Hoisting speed only.
B. Clearance, load dimensions, rigging geometry, and controlled movement.
C. The color of the signal person's vest.
D. The number of workers watching the operation.
Correct Answer: B
Explanation: Restricted clearances create collision and snagging hazards. The complete
movement path and rigging geometry must be evaluated before the lift.
QUESTION 9
Question 9
A rigger discovers that a sling angle is substantially lower than the angle assumed in the lift
calculation. What is the principal concern?
A. Lower sling angles generally increase sling tension.
B. Lower sling angles eliminate horizontal forces.
C. Lower sling angles always increase crane capacity.
D. Sling angle has no effect on tension.
Correct Answer: A
Explanation: As sling angle decreases from horizontal, tension in the sling legs increases. A
configuration that differs from the planned angle can therefore create overload.
QUESTION 10
