QUESTIONS & TESTBANK | 150+ PRACTICE QUESTIONS & 100% CORRECT
ANSWERS | LATEST UPDATE 2026/2027
TABLE OF CONTENTS
i. NYC Crane & Rigging Regulations
ii. Rigger Licensing, Roles & Responsibilities
iii. Crane Components, Capacity & Load Charts
iv. Rigging Hardware, Slings & Connections
v. Load Calculations, Center of Gravity & Sling Angles
vi. Hoisting, Signaling & Communication
vii. Critical Picks & Lift Planning
viii. Tower/Climber Crane Operations
ix. Structural Support, Foundations & Stability
x. Inspection, Maintenance & Defective Equipment
xi. Fall Protection, Personnel Safety & Public Protection
xii. Weather, Wind, Electrical & Environmental Hazards
xiii. Regulatory Compliance, Documentation & Professional Judgment
xiv. Advanced Scenario-Based Rigging Problems
xv. Integrated NYC Crane Rigging Practice Assessment
INTRODUCTION
This comprehensive NYC Crane Rigging Examination Practice Exam is designed for
candidates preparing for advanced professional-level crane and rigging assessments
in New York City. It covers regulatory requirements, rigging hardware, load
calculations, crane capacities, critical picks, signaling, tower and climber cranes,
structural stability, inspections, safety, fall protection, documentation, and complex
field decisions. The questions emphasize analysis, application, troubleshooting,
compliance, and professional judgment rather than simple memorization. It is
intended for experienced riggers, supervisors, lift personnel, crane professionals, and
candidates seeking rigorous examination preparation. It contains 150+ questions and
answers with a rationale. Purchase and instantly get a downloadable and editable PDF.
QUESTIONS 1–150
Question 1
A licensed rigger is planning a crane pick involving a load that will reach 96% of the
crane's approved rated capacity. Which classification is most appropriate?
,A. Routine pick
B. Critical pick
C. Personnel hoisting operation
D. Administrative pick
Correct Answer: B
Explanation: A pick at or above 95% of approved rated capacity is a critical pick and
requires heightened planning and supervision.
Question 2
During a critical pick, the licensed rigger proposes to remain in the office while a
qualified rigging foreman supervises the operation at the site. What is the principal
compliance problem?
A. The crane operator must become the lift director
B. Critical picks may not be supervised solely from off site
C. The foreman must be an engineer
D. The load must automatically be reduced by 25%
Correct Answer: B
Explanation: Critical picks require the licensee to be continuously on site and
personally perform or personally supervise the critical pick.
Question 3
A load has a large wind sail area of 650 square feet but weighs only 35% of crane
capacity. Which conclusion is most appropriate?
A. It is automatically routine because weight is low
B. It may qualify as a critical pick because of wind sail area
C. Wind sail area matters only during tower-crane erection
D. It is critical only if the load exceeds 95% capacity
Correct Answer: B
Explanation: A wind sail area exceeding 500 square feet is one of the stated
circumstances that can make a rigging operation critical.
Question 4
A tandem lift uses two cranes to move one structural member. Which planning
principle should control?
,A. Treat each crane independently
B. Treat the operation as a critical pick requiring coordinated planning
C. Use the crane with the greater capacity as the sole controlling factor
D. Calculate only the static weight of the load
Correct Answer: B
Explanation: Tandem picks require coordinated load distribution, communication,
sequencing, and specialized planning.
Question 5
A lift requires an unusual spreader arrangement that is not a standard configuration
for the rigging crew. Which concern is most significant?
A. The load automatically becomes exempt from inspection
B. The unusual rigging method can make the operation critical
C. The crane's rated capacity doubles
D. The operator may determine the rigging arrangement without approval
Correct Answer: B
Explanation: Out-of-the-ordinary rigging equipment, methods, or setup can
constitute a critical pick.
Question 6
Which responsibility is most appropriately assigned to the licensed rigger when
required by the applicable NYC rigging rules?
A. Personally planning the equipment setup and operation
B. Allowing the crane operator to independently design the lift
C. Delegating all planning to an apprentice
D. Leaving engineering decisions entirely to the signalperson
Correct Answer: A
Explanation: The licensee has direct planning responsibilities for rigging operations
subject to the applicable rules.
Question 7
A rigging foreman is supervising a noncritical crane lift while the licensed rigger is off
site. Which condition is particularly important?
, A. The licensee must be completely unreachable
B. The licensee and foreman must maintain frequent and direct contact
C. The foreman may change the lift plan without consultation
D. No documentation is necessary
Correct Answer: B
Explanation: Off-site supervision of qualifying noncritical operations requires
continuing direct communication and other prescribed conditions.
Question 8
A crane will be positioned over a subsurface vault. Why should the rigging licensee
personally inspect the setup before operations?
A. Vaults increase crane speed
B. The supporting/founding condition may affect stability
C. The crane automatically loses all capacity
D. A vault eliminates the need for outrigger mats
Correct Answer: B
Explanation: Subsurface structures can compromise bearing capacity and stability,
making site-specific founding inspection essential.
Question 9
A rigging crew discovers that the planned crane location is directly over an
undocumented underground structure. What should happen first?
A. Continue because the crane passed its annual inspection
B. Stop and reassess the founding/support condition
C. Increase the counterweight
D. Reduce communication requirements
Correct Answer: B
Explanation: Unknown subsurface conditions can materially affect crane stability
and must be evaluated before proceeding.
Question 10
Which factor is most likely to create a dangerous side-loading condition?