Advanced Rigging (RA)

It is a multiple-choice exam. The certifying organization publishes the current number of questions, time allowance, and delivery method on its official site, so check there before scheduling. Expect a mix of direct knowledge items and scenario questions that require a calculation or a judgment call.

It assumes real field experience. The hardest items are applied: tension in multi-leg slings at an angle, center of gravity and load distribution, and inspection rejection criteria. Candidates who only memorize tables struggle; those who can set up and solve a load problem on paper generally do well.

Retake rules, waiting periods, and any additional fees are set by the certifying body and can change. Consult its official website or your candidate handbook for the current policy. Treat a failed attempt as diagnostic: identify which domains cost you the most points and rebuild those before rescheduling.

Validity periods and recertification requirements vary and are published by the certifying organization. Check its official site for the current term and renewal options, which may include retesting or documented continuing work experience. Keep records of your lifts and training as you go; they make renewal easier.

Start with load mathematics and load distribution, because those concepts recur in hardware, sling, and lift-planning questions. Then move to slings and below-the-hook devices, followed by rope and inspection criteria. Save crane operations, signaling, and regulations for last, since they are largely recall once the math foundation is solid.

Common weak spots are sling angle effects on leg tension, estimating centers of gravity for asymmetric loads, and confusing working load limits with breaking strengths. Inspection questions also trip people who have not memorized specific removal-from-service thresholds. Practicing calculations and rejection criteria closes most of that gap.

Ask the test administrator what is permitted; policies on calculators and reference materials differ by provider and are published in the candidate handbook. In practice, most rigging math is simple multiplication, division, and trigonometry, so being fluent with sine and cosine of common sling angles matters more than the device.

Enough to have planned and executed lifts under supervision and to recognize hardware by sight. The exam tests judgment that comes from doing the work, so candidates with several years of hands-on rigging typically find scenario questions far more intuitive than those who have only studied books.

No. This is an independent study resource and is not affiliated with or endorsed by any certifying body. Always confirm exam content outlines, eligibility, fees, and scheduling directly with the official organization that issues the Advanced Rigging credential.