NEW YORK CRANE OPERATOR LICENSING EXAM QUESTIONS AND CORRECT ANSWERS (VERIFIED
ANSWERS) PLUS RATIONALES 2026 Q&A | INSTANT DOWNLOAD PDF
Core Domains
Load Dynamics & Capacity Calculations
Crane Assembly, Disassembly, & Setup
OSHA & NYC Construction Codes (Subpart CC, Local Law 196)
Hand Signals & Radio Communication Protocols
Site Conditions, Ground Stability, & Proximity Hazards
Pre-Operational Inspection & Maintenance
Lift Planning & Risk Management
Emergency Procedures & Operational Failures
Operator Ethics & Professional Responsibility
Introduction
This practice examination is designed to replicate the rigor and scope of the New York Crane Operator Licensing
Exam. It assesses foundational knowledge of load charts, federal and local regulations, safe assembly practices, and
real-time decision-making under operational pressure. The format includes multiple-choice questions and
scenario-based problems that require application of regulations to actual job site conditions. Emphasis is placed on
hazard recognition, communication effectiveness, and ethical operation. Each question includes a verified correct
answer and a detailed rationale to reinforce learning. Mastery of these items indicates readiness for both the
written and practical components of the licensing process.
,SECTION ONE: QUESTIONS 1–100
Question 1
A lattice boom crawler crane is rated for 80,000 lbs at a 40-foot radius. At a 60-foot radius with same boom
length, what is the most likely effect on net capacity?
A. Capacity increases slightly due to better stability
B. Capacity remains unchanged if outriggers are fully extended
C. Capacity decreases significantly
D. Capacity doubles because of increased leverage
🟢C
🔴 RATIONALE: Load charts always show decreasing capacity as radius increases due to greater overturning
moment. Option C reflects the inverse relationship between radius and safe lifting capacity.
Question 2
According to OSHA 1926.1417(c), when must a crane operator conduct a pre-operational inspection?
A. Only after a shift change
B. Daily before use
C. Once per calendar week
D. Only when the crane has been repaired
🟢B
,🔴 RATIONALE: 1926.1417(c) requires that a competent person inspect the crane daily before use. Shift changes
alone do not waive this requirement.
Question 3
You are hoisting a steel beam near a power line rated at 69 kV. What is the minimum approach distance (MAD)
required by OSHA?
A. 5 feet
B. 10 feet
C. 15 feet
D. 20 feet
🟢B
🔴 RATIONALE: For lines between 50 kV and 200 kV, MAD is 15 feet for cranes. 69 kV requires 15 feet, but 10
feet applies only below 50 kV. Correct minimum is 15 feet (OSHA 1926.1408 Table A). None listed? Check: 15 is
correct. Correction: 10 ft is for under 50 kV; 15 ft is for 50-200 kV. 69 kV → 15 ft. Option B is incorrect. Let me
adjust correctly.
Question 3 (corrected)
You are hoisting a steel beam near a power line rated at 69 kV. What is the minimum approach distance (MAD)
required by OSHA?
A. 5 feet
B. 10 feet
C. 15 feet
D. 20 feet
, 🟢C
🔴 RATIONALE: OSHA 1926.1408 Table A specifies 15 feet for energized lines 50-200 kV. 69 kV falls within that
range, requiring 15 feet MAD.
Question 4
A crane’s load moment indicator (LMI) alarms during a pick. The operator observes the load is within chart
limits. What is the FIRST action?
A. Override the LMI and continue
B. Stop lift, re-check configuration and setup
C. Increase engine RPM to stabilize hydraulics
D. Remove counterweights to reduce moment
🟢B
🔴 RATIONALE: LMI alarms may result from improper outrigger position, slope, or incorrect chart selection. The
operator must stop and verify all conditions before proceeding.
Question 5
During assembly of a tower crane, how many tie-ins are required before climbing begins?
A. Zero, if climbing frame is attached
B. One tie-in per 50 feet of tower height
C. As specified in the manufacturer’s erection plan
D. Minimum of three tie-ins always
🟢C
ANSWERS) PLUS RATIONALES 2026 Q&A | INSTANT DOWNLOAD PDF
Core Domains
Load Dynamics & Capacity Calculations
Crane Assembly, Disassembly, & Setup
OSHA & NYC Construction Codes (Subpart CC, Local Law 196)
Hand Signals & Radio Communication Protocols
Site Conditions, Ground Stability, & Proximity Hazards
Pre-Operational Inspection & Maintenance
Lift Planning & Risk Management
Emergency Procedures & Operational Failures
Operator Ethics & Professional Responsibility
Introduction
This practice examination is designed to replicate the rigor and scope of the New York Crane Operator Licensing
Exam. It assesses foundational knowledge of load charts, federal and local regulations, safe assembly practices, and
real-time decision-making under operational pressure. The format includes multiple-choice questions and
scenario-based problems that require application of regulations to actual job site conditions. Emphasis is placed on
hazard recognition, communication effectiveness, and ethical operation. Each question includes a verified correct
answer and a detailed rationale to reinforce learning. Mastery of these items indicates readiness for both the
written and practical components of the licensing process.
,SECTION ONE: QUESTIONS 1–100
Question 1
A lattice boom crawler crane is rated for 80,000 lbs at a 40-foot radius. At a 60-foot radius with same boom
length, what is the most likely effect on net capacity?
A. Capacity increases slightly due to better stability
B. Capacity remains unchanged if outriggers are fully extended
C. Capacity decreases significantly
D. Capacity doubles because of increased leverage
🟢C
🔴 RATIONALE: Load charts always show decreasing capacity as radius increases due to greater overturning
moment. Option C reflects the inverse relationship between radius and safe lifting capacity.
Question 2
According to OSHA 1926.1417(c), when must a crane operator conduct a pre-operational inspection?
A. Only after a shift change
B. Daily before use
C. Once per calendar week
D. Only when the crane has been repaired
🟢B
,🔴 RATIONALE: 1926.1417(c) requires that a competent person inspect the crane daily before use. Shift changes
alone do not waive this requirement.
Question 3
You are hoisting a steel beam near a power line rated at 69 kV. What is the minimum approach distance (MAD)
required by OSHA?
A. 5 feet
B. 10 feet
C. 15 feet
D. 20 feet
🟢B
🔴 RATIONALE: For lines between 50 kV and 200 kV, MAD is 15 feet for cranes. 69 kV requires 15 feet, but 10
feet applies only below 50 kV. Correct minimum is 15 feet (OSHA 1926.1408 Table A). None listed? Check: 15 is
correct. Correction: 10 ft is for under 50 kV; 15 ft is for 50-200 kV. 69 kV → 15 ft. Option B is incorrect. Let me
adjust correctly.
Question 3 (corrected)
You are hoisting a steel beam near a power line rated at 69 kV. What is the minimum approach distance (MAD)
required by OSHA?
A. 5 feet
B. 10 feet
C. 15 feet
D. 20 feet
, 🟢C
🔴 RATIONALE: OSHA 1926.1408 Table A specifies 15 feet for energized lines 50-200 kV. 69 kV falls within that
range, requiring 15 feet MAD.
Question 4
A crane’s load moment indicator (LMI) alarms during a pick. The operator observes the load is within chart
limits. What is the FIRST action?
A. Override the LMI and continue
B. Stop lift, re-check configuration and setup
C. Increase engine RPM to stabilize hydraulics
D. Remove counterweights to reduce moment
🟢B
🔴 RATIONALE: LMI alarms may result from improper outrigger position, slope, or incorrect chart selection. The
operator must stop and verify all conditions before proceeding.
Question 5
During assembly of a tower crane, how many tie-ins are required before climbing begins?
A. Zero, if climbing frame is attached
B. One tie-in per 50 feet of tower height
C. As specified in the manufacturer’s erection plan
D. Minimum of three tie-ins always
🟢C
