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100+ Free NCCER Rigger Practice Questions

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Question 1
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A choker hitch with a choke angle of 120 degrees or greater is rated at approximately what percentage of the vertical sling rating?

A
B
C
D
to track
2026 Statistics

Key Facts: NCCER Rigger Exam

65 / 100

Basic / Advanced Written Questions

NCCER Rigger and Advanced Rigger Specifications (May 2025)

80%

Written Passing Score

NCCER Rigger Assessment Specifications

30 deg

Recommended Minimum Sling Angle

ASME B30.9 / Industry Practice

10

Broken Wires Per Lay (Removal)

ASME B30.9 Wire-Rope Sling Criteria

10 ft

Minimum Power-Line Clearance (<=50 kV)

OSHA 29 CFR 1926.1408 Table A

5 years

Certification Validity

NCCER credentialing policy

As of May 2026, the NCCER Rigger credential is issued in two stacked versions: Basic Rigger (65 written questions, 2 hours, 80% pass) and Advanced Rigger (100 written questions, 3 hours, 80% pass). Both meet and exceed OSHA 29 CFR 1926 Subpart CC and ASME B30 standards. Candidates have 12 months to complete the written and practical components, which together earn the certified credential. NCCER is a separate certifying body from NCCCO - both are widely accepted on construction sites.

Sample NCCER Rigger Practice Questions

Try these sample questions to test your NCCER Rigger exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1Which ASME standard specifically governs slings (wire rope, synthetic web, round, alloy chain, and metal mesh) used for lifting?
A.ASME B30.5
B.ASME B30.9
C.ASME B30.10
D.ASME B30.26
Explanation: ASME B30.9 Slings covers inspection, use, and removal-from-service criteria for all common sling types. B30.5 covers mobile cranes, B30.10 covers hooks, and B30.26 covers rigging hardware such as shackles, eyebolts, and turnbuckles.
2Which federal regulation establishes the OSHA standard for cranes and derricks in construction, including rigging requirements during crane operations?
A.29 CFR 1910 General Industry
B.29 CFR 1926 Subpart CC
C.29 CFR 1926 Subpart M
D.49 CFR 393 Vehicle Standards
Explanation: OSHA 29 CFR 1926 Subpart CC (Cranes and Derricks in Construction) governs rigging tasks performed during crane operations on construction sites, including hardware inspection, signal-person qualifications, and operator certification.
3Per ASME B30.9, a synthetic web sling must be removed from service if any of the following conditions are present EXCEPT:
A.Acid or caustic burns
B.Melting or charring of any part of the sling
C.Minor surface fuzzing with no broken fibers
D.Holes, tears, cuts, or snags that expose core yarns
Explanation: ASME B30.9 lists acid/caustic burns, melting/charring, holes/tears/cuts/snags, broken or worn stitching, and missing or illegible tags as removal-from-service criteria. Minor surface fuzzing without broken load-bearing fibers is not by itself a removal criterion.
4A 2,000-lb load is supported by two slings forming a 60-degree angle to the horizontal at the load. What is the tension in each sling? (Use T = (L/2) / sin theta)
A.1,000 lb
B.1,155 lb
C.1,414 lb
D.2,000 lb
Explanation: Tension per sling = (Load / 2) / sin(angle). T = (2,000 / 2) / sin(60 deg) = 1,000 / 0.866 = 1,155 lb. As the angle to horizontal decreases, sling tension rises sharply.
5The same 2,000-lb load is now lifted with a two-leg bridle where each sling forms a 30-degree angle to the horizontal. What is the tension in each sling?
A.1,155 lb
B.1,414 lb
C.2,000 lb
D.2,310 lb
Explanation: T = (2,000 / 2) / sin(30 deg) = 1,000 / 0.5 = 2,000 lb per leg. At 30 degrees, each sling carries the entire weight of the load. This is why riggers avoid sling angles below 30 degrees.
6ASME B30.9 generally recommends a minimum sling-to-horizontal angle of:
A.15 degrees
B.30 degrees
C.45 degrees
D.60 degrees
Explanation: Industry practice (consistent with B30.9 guidance) recommends keeping sling angles at or above 30 degrees from horizontal. Below 30 degrees, leg tensions multiply rapidly and small angle errors produce large overload risks.
7What does the D/d ratio represent for a wire rope sling bent around a pin, hook, or load?
A.Diameter of the load divided by diameter of the sling
B.Diameter of the curvature (pin) divided by the diameter of the rope
C.Distance between attachment points divided by drift
D.Drum diameter divided by drift diameter
Explanation: D/d ratio is the diameter of the curvature the rope is bent around (D) divided by the rope diameter (d). Smaller D/d ratios cause greater loss of capacity. ASME B30.9 wire-rope sling capacity assumes a D/d of 25:1 unless reduced by published efficiency tables.
8A wire-rope sling is choked around a load at a D/d ratio of 1:1. Approximately what percentage of the sling's rated capacity remains, per published B30.9 efficiency tables?
A.About 100%
B.About 75%
C.About 50%
D.About 25%
Explanation: ASME B30.9 efficiency tables show roughly 50% of rated capacity when the D/d ratio is 1:1. Capacity climbs back toward the rated value as D/d approaches 25:1.
9Per ASME B30.9, a single-part wire-rope sling in normal service must be removed from service when it has how many randomly distributed broken wires in one rope lay?
A.3
B.6
C.10
D.15
Explanation: B30.9 sets removal-from-service at 10 randomly distributed broken wires in one rope lay, or 5 broken wires in one strand in one rope lay, for a single-part wire-rope sling.
10Per ASME B30.9 wire-rope sling inspection criteria, how many broken wires in one strand within a single rope lay require removal from service?
A.2
B.3
C.5
D.10
Explanation: Five broken wires in one strand in one rope lay is a removal criterion under ASME B30.9. Strand-localized breakage is more critical than the same number of broken wires randomly distributed.

About the NCCER Rigger Exam

The NCCER Rigger certification validates the safe, OSHA-aligned rigging skills required on construction projects, from sling inspection to multi-leg bridle tension calculations. NCCER offers two stacked credentials: Basic Rigger for entry-level riggers and craft professionals who incorporate rigging into their work, and Advanced Rigger for experienced full-time riggers who plan and execute complex lifts. Both require a closed-book written assessment plus a corresponding hands-on practical performance evaluation at an NCCER-endorsed assessment center.

Assessment

Written + practical

Time Limit

~2 hours written + practical session

Passing Score

80% written; practical pass/fail

Exam Fee

Varies by endorsed provider (NCCER (Accredited Endorsed Assessment Programs))

NCCER Rigger Exam Content Outline

20%

Rigging Safety and OSHA Compliance

Qualified rigger, signal-person, and A/D director requirements under OSHA 1926.1404, 1926.1419, 1926.1428, exclusion zones, fall protection, and PPE.

16%

Hitches, Slings, and Sling Angles

Vertical, choker, basket, and bridle hitches, ASME B30.9 sling-angle factors (T = L/(2 sin theta)), choker reductions, and bridle leg sharing.

12%

Wire Rope Sling Inspection

ASME B30.9 removal criteria including 10 random broken wires per lay, 5 broken wires in one strand, kinks, birdcaging, heat damage, and corrosion.

10%

Synthetic and Chain Slings

Polyester/nylon web and round-sling color codes and removal criteria (cuts, melting, broken stitching) plus alloy chain sling stretch and link wear under B30.9.

10%

Rigging Hardware (Shackles, Eyebolts, Hooks, Swivels)

ASME B30.10 hook throat-opening and 10-degree twist criteria, B30.26 shackle and eyebolt requirements, and proper load orientation.

10%

Load Weight, Geometry, and Center of Gravity

Density-volume calculations for steel (490 lb/ft^3), concrete (150 lb/ft^3), and water (62.4 lb/ft^3), plus identifying the CG of regular and irregular loads.

10%

Wire Rope Construction, D/d Ratios, and Reeving

IWRC vs fiber core, 6 x 19 and 6 x 36 lay classes, D/d capacity tables, parts of line and reeving, and ASME B30.5 minimum drum wraps.

8%

Crane Operations and Communication

ASME B30.5 standard hand signals, two-blocking and anti-two-block (ATB) devices, OSHA 1926.1408 power-line clearance (10 ft below 50 kV), and weather limits.

4%

Special Rigging and Multi-Crane Lifts

Spreader bars, equalizer beams, gantry systems, below-the-hook lifting devices (ASME B30.20), and tandem-crane lifts with engineered plans.

How to Pass the NCCER Rigger Exam

What You Need to Know

  • Passing score: 80% written; practical pass/fail
  • Assessment: Written + practical
  • Time limit: ~2 hours written + practical session
  • Exam fee: Varies by endorsed provider

Keys to Passing

  • Complete 500+ practice questions
  • Score 80%+ consistently before scheduling
  • Focus on highest-weighted sections
  • Use our AI tutor for tough concepts

NCCER Rigger Study Tips from Top Performers

1Memorize the sling tension formula: T = (Load / number of legs) / sin(angle from horizontal). Practice it at 30, 45, and 60 degrees until you can compute leg tension in your head.
2Learn ASME B30.9 wire-rope removal criteria: 10 random broken wires in one lay, 5 broken wires in one strand, plus kinks, birdcaging, crushing, heat damage, and excessive corrosion.
3Know the ASME B30.10 hook removal rules: throat opening greater than 5% or 1/4 inch and twist greater than 10 degrees from the plane of the unbent hook.
4Drill ASME B30.26 hardware identification: shackles, eyebolts, and turnbuckles must show manufacturer, size, and rated load - missing or illegible markings mean automatic removal from service.
5Practice load-weight estimation using common densities: steel 490 lb/ft^3, concrete 150 lb/ft^3, water 62.4 lb/ft^3 (8.34 lb/gal). Many written questions ask you to compute a rigid-body weight from geometry.

Frequently Asked Questions

Is NCCER Rigger the same as NCCCO Rigger?

No. NCCER and NCCCO are two separate certifying bodies. Both issue rigger credentials that meet ASME B30.9 and OSHA 29 CFR 1926 Subpart CC expectations for qualified riggers. NCCER is referenced to its Basic, Intermediate, and Advanced Rigger curriculum (3rd edition) and is administered through NCCER-endorsed assessment centers. Many employers accept either certification.

How many questions are on the NCCER Rigger written exam?

The NCCER Basic Rigger written assessment is 65 questions over 2 hours. The Advanced Rigger written assessment is 100 questions over 3 hours. Both are closed-book exams; a basic non-printing calculator is allowed.

What is the passing score for the NCCER Rigger written exam?

Per the May 2025 NCCER Rigger Assessment Specifications, the minimum passing score is 80% on the written assessment. The corresponding hands-on practical performance evaluation is graded pass/fail. Both components are required for the certified credential.

How long is NCCER Rigger certification valid?

NCCER Rigger certifications are valid for 5 years. Recertification requires meeting NCCER's documented experience criteria and successful reassessment. Candidates also have a 12-month window between passing the written and practical examinations.

Does the NCCER Rigger written exam test sling-angle calculations?

Yes. Sling angles are an explicit topic in NCCER's Rigging Practices domain. Expect to apply the sling tension formula T = (Load / number of legs) / sin(angle from horizontal), recognize that capacity drops sharply below 30 degrees, and identify D/d ratio capacity reductions per ASME B30.9 efficiency tables.

What standards should I focus on for the 2026 NCCER Rigger exam?

Study ASME B30.9 (Slings), B30.10 (Hooks), B30.20 (Below-the-Hook Lifting Devices), B30.23 (Personnel Lifting Systems), and B30.26 (Rigging Hardware). For OSHA, focus on 29 CFR 1926 Subpart CC, especially 1926.1404 (qualified rigger and A/D director), 1926.1408 (power lines), 1926.1419-1428 (signaling), and 1926.1431 (personnel hoisting).