Last updated 2026-07-09
TL;DR
OSHA requires rigging training under 29 CFR 1926.761 (construction) and 29 CFR 1910.184 (general industry). Qualified riggers must be trained by a competent person before operating rigging equipment. Training must cover load weight, sling selection, hitches, and inspection. There is no mandated course length, but documentation of training and competency evaluation is required.
What does OSHA actually require for rigging training?
OSHA splits rigging requirements across two major standards. If your workers are in construction, the rule is 29 CFR 1926.761. For general industry shops, warehouses, and manufacturing floors, the rule is 29 CFR 1910.184, which covers slings specifically. Both standards require that rigging work be done by a "qualified rigger," a term OSHA defines as a person who, by possession of a recognized degree, certificate, or professional standing, or who by extensive knowledge, training, and experience, has successfully demonstrated the ability to solve or resolve problems relating to the subject matter and work [1].
That definition sounds vague because it is. OSHA left the qualification standard performance-based on purpose. No mandatory course. No required number of hours. No federal certification card you have to issue. What OSHA does require is that a competent person evaluate the worker's knowledge and skills before they rig loads on their own.
The practical consequence: you can train workers in-house, use a third-party trainer, or combine both. What you cannot do is hand someone a rigging chart and assume they are qualified. A competent person has to evaluate each worker's grasp of load weight estimation, sling angles, hitch configurations, hardware inspection, and load path before calling them a qualified rigger.
For construction specifically, 29 CFR 1926.761(b) says "materials shall only be rigged by a qualified rigger." [1] That single sentence is the engine behind the entire training obligation. If your worker rigs a load, they have to be qualified. If they are not, you are in violation. OSHA does not require a separate rigging license stacked on top of, say, a crane operator certification, but the qualified rigger standard operates independently of the crane operator rules under 29 CFR 1926.1427.
Who needs rigging training, and who counts as a "qualified rigger"?
Anyone who attaches, detaches, or guides a load on a crane, hoist, or derrick in construction has to be a qualified rigger under 29 CFR 1926.761 [1]. That covers signal persons who also handle rigging, ironworkers, riggers on steel erection crews, and warehouse staff running overhead hoists under 29 CFR 1910.184.
The "qualified rigger" label takes demonstrated competency, not a certificate. OSHA's 2010 cranes and derricks final rule explains that the agency deliberately avoided a single mandatory third-party certification for riggers because the range of rigging tasks and equipment made one standard impractical [2]. What matters is whether the person can safely do the specific rigging tasks you assign them.
A competent person is a different animal from a qualified rigger. Competent persons have to spot existing and predictable hazards in rigging setups and have the authority to fix them [1]. Your site supervisor can be the competent person who trains and evaluates riggers without an outside credential, as long as they actually have the knowledge the role demands.
Signal persons are a related but separate group. Under 29 CFR 1926.1419 through 1926.1422, signal persons must be qualified on their own, either through a third-party evaluation or an employer-conducted one [3]. A worker who both signals and rigs has to meet both sets of requirements. One job, two obligations.
What topics must rigging training cover?
OSHA does not publish a mandated curriculum checklist for rigging, but the performance-based standard points to specific knowledge areas the competent person has to verify. Enforcement history, OSHA letters of interpretation, and the standard's own language line up on the following core topics.
Load weight and center of gravity. Riggers have to estimate or calculate the weight of the load and find its approximate center of gravity. Miscalculating load weight is one of the leading causes of rigging failures.
Sling types, capacities, and selection. 29 CFR 1910.184 devotes whole subsections to wire rope slings, chain slings, metal mesh slings, and synthetic slings (natural and synthetic fiber, and synthetic web) [4]. Each sling type has rated capacities that change with the sling angle. A sling rated for 10,000 pounds vertical loses capacity fast as the angle opens: at a 30-degree sling angle from horizontal, the load per leg roughly doubles compared to a 60-degree angle. Riggers must know how to read a sling angle capacity chart before they hook anything up.
Hitch configurations. Vertical, choker, and basket hitches each spread the load differently. A choker hitch, for example, cuts a sling's rated capacity to roughly 75% of its vertical rating [4].
Hardware inspection. Shackles, hooks, eyebolts, and rigging hardware get inspected before each use. 29 CFR 1910.184 says damaged or defective slings must be removed from service immediately [4].
Load path and swing radius. Workers near the load path are at risk. Riggers have to control load swing and know where to put tag line operators.
Communication. Hand signals or radio procedures between rigger and crane operator get set before the lift, not during it.
Critical lift identification. Some lifts, like picks over 75% of the crane's rated capacity or tandem crane lifts, need a written lift plan. Riggers should know when a lift crosses that line.
Documentation tip: write down every topic covered, the date, the trainer's name, and each worker's name. If OSHA shows up after an incident and asks for proof of training, a signed training record is your best defense.
Is there a required number of training hours for OSHA rigging training?
No. OSHA sets no minimum hour requirement for rigging training. That surprises a lot of small business owners used to mandated hour counts from, say, the osha 30 or hazard communication rules.
The standard is entirely performance-based: the worker has to perform the assigned rigging tasks safely, as judged by a competent person. A seasoned ironworker might need only a few hours of site-specific orientation. A brand-new general industry worker with no rigging background might need two to three days of classroom and hands-on instruction before a competent person can honestly sign off.
What the industry actually sees: most third-party rigging courses run one to two days for basic rigger training, and two to four days for advanced or critical lift courses. The National Commission for the Certification of Crane Operators (NCCCO) offers a voluntary rigger certification with a written exam and a practical exam, and study time varies widely by background [5]. Some employers require NCCCO certification as their internal bar even though OSHA does not. That is a reasonable move, because it creates a documented, defensible qualification record.
Here is the honest bottom line on hours. Document the actual training content, not a time stamp. A sign-in sheet for four hours of "rigging training" tells OSHA nothing. A record that lists the specific competencies evaluated and marks each worker qualified or not-yet-qualified tells them everything they need to see.
How does 29 CFR 1926.761 differ from 29 CFR 1910.184?
This is the question most small business owners miss, and getting it wrong means training to the wrong standard.
| Standard | Industry | Primary Scope | Key Requirement |
|---|---|---|---|
| 29 CFR 1926.761 | Construction | Qualified rigger for crane/hoist loads | Qualified rigger must perform rigging; competent person evaluates |
| 29 CFR 1910.184 | General industry | Sling design, use, and inspection | Slings selected by rated capacity and angle; inspection before each use |
| 29 CFR 1926.251 | Construction | Rigging equipment for material handling | Equipment rated capacities, inspections, prohibition on damaged gear |
| 29 CFR 1910.179 | General industry | Overhead and gantry cranes | Crane operator training and inspection requirements |
29 CFR 1926.761 is the newer, more explicit "qualified rigger" rule out of OSHA's 2010 cranes and derricks final rule [2]. It applies to construction sites and names the qualified rigger requirement directly.
29 CFR 1910.184 is older and built more around sling specifications than worker qualification language [4]. It does not use the phrase "qualified rigger," but it requires that slings be used by workers who understand the load limits and inspection criteria. OSHA letters of interpretation make clear the employer owns the job of making sure workers understand these requirements before they touch a sling.
29 CFR 1926.251 covers rigging equipment more broadly in construction, including chains, ropes, and hardware, and sets rated capacity and inspection requirements that back up the qualified rigger rule [6].
Run a construction company? Your primary standard is 1926.761 plus 1926.251. Run a plant or warehouse with overhead hoists? Your primary standard is 1910.184 plus 1910.179 for the cranes themselves. Employers with mixed environments deal with both.
What does a rigging training program look like in practice?
A working rigging training program has four parts: initial training, hands-on evaluation, documentation, and retraining triggers.
Initial training covers all the topic areas above. Classroom or online instruction handles load weight, sling capacity charts, and hitch configurations just fine. Hands-on time is non-negotiable for hitch tying, hardware inspection, and lift communication. You cannot sign off on a qualified rigger who only watched a video.
Hands-on evaluation is where a competent person watches each worker run representative rigging tasks and decides whether they can do it safely. This does not have to be elaborate. On a small construction site, it might mean your foreman watches a new hire rig three or four different load configurations and asks questions about what they are doing and why.
Documentation should include the worker name, date of training, topics covered, the name and title of the competent person who evaluated them, the specific tasks they were evaluated on, and a pass/fail or qualified/not-qualified call. Keep these records for the length of the worker's employment plus three years, which matches OSHA's general recommendation for training records even where no specific retention period is mandated [7].
Retraining triggers matter. OSHA's general framework across many standards, and sound rigging practice, calls for retraining when a worker is caught rigging unsafely, when there is an incident or near-miss involving rigging, when new equipment shows up that the worker has not used, or when a long stretch away from rigging work raises real questions about retained skills.
If you are building your written rigging program from scratch, tools like the SafetyFolio program generator can produce a documented rigging safety program in a fraction of the time it takes to draft one by hand, including training record templates that match what OSHA inspectors want to see.
For how rigging training fits into your broader osha training obligations, treat it as one module in a larger system. Crane operator certification, signal person qualification, and rigging qualification all feed the same crane operation safety goal, but each carries its own documentation requirement.
What are the most common OSHA rigging violations, and how much do they cost?
Rigging violations show up under several standards, but the citations cluster around a few repeat offenders. OSHA's penalty structure as of 2024 sets serious violations at up to $16,131 per violation, and willful or repeated violations at up to $161,323 per violation [8].
The most cited rigging-related violations tend to involve these problems.
Failed sling inspection. Using a damaged, kinked, or over-capacity sling is a citation under 29 CFR 1910.184(d). Entirely preventable with a pre-use inspection habit.
No rated capacity markings. Rigging hardware has to be marked with rated capacity. If the tag is worn off or missing, the equipment comes out of service.
Unqualified rigger performing rigging operations. This is the direct hit under 29 CFR 1926.761(b). If you cannot produce a training record showing the worker was evaluated by a competent person, you have no defense.
Exceeding rated load limits. Overloading a sling or shackle because someone "eyeballed" the load weight instead of calculating it.
No written lift plan for critical lifts. Lifts over 75% of the crane's rated capacity or tandem crane lifts require a written lift plan under 29 CFR 1926.1431 [9].
BLS data shows cranes, derricks, hoists, hooks, and slings figure into a real number of fatal occupational injuries every year. In one recent BLS summary, contact with objects and equipment, the category that captures rigging failures, accounted for roughly 17% of all workplace fatalities [10]. Rigging failures are rare as a share of all incidents, but when they happen they are almost always fatal or catastrophic.
The business case for training is simple arithmetic. One serious violation penalty plus an incident investigation, workers' comp, and possible litigation dwarfs the cost of a two-day rigging course by an order of magnitude.
Does OSHA require a written rigging safety program?
OSHA has no single standard that says "you must have a written rigging program." But several overlapping requirements push you toward one anyway.
29 CFR 1926.1431 requires a written lift plan for critical lifts [9]. 29 CFR 1926.1402 requires a written assembly and disassembly plan for cranes [9]. Your OSHA 300 log and incident reporting obligations under 29 CFR 1904 kick in when rigging incidents cause recordable injuries [7]. And 29 CFR 1926.761's qualified rigger requirement is far easier to defend in an inspection if you have a written procedure showing how workers get trained and evaluated.
In practice, most construction employers above a handful of workers should have at minimum a written rigging equipment inspection checklist, a documented training record system, a critical lift plan template, and a procedure for pulling damaged equipment out of service. General industry employers with overhead hoists need similar documentation under 1910.184 and 1910.179.
Written programs also protect you under OSHA's multi-employer citation policy. On multi-contractor sites, if a subcontractor's unqualified rigger causes an incident, both the subcontractor and the controlling employer can be cited. Your own written program, plus documented verification that subcontractors meet the qualified rigger standard, can limit your exposure as the controlling employer.
Can workers complete rigging training online?
Yes, with one clear caveat. The classroom or online portion of rigging training, covering sling types, load charts, hitch configurations, hardware inspection criteria, and communication protocols, can absolutely run online. Several OSHA-authorized outreach providers and trade associations offer online rigging modules.
What online training cannot replace is the hands-on evaluation. OSHA's performance-based qualified rigger standard requires a competent person to watch the worker perform actual rigging tasks. Watching a video of someone tying a choker hitch is not the same as tying one yourself under observation. There is no way to satisfy the competency evaluation requirement through an online-only program.
A sane approach for small employers: use online instruction for the knowledge content, then schedule a half-day or full-day practical session where a qualified trainer or your competent person walks each worker through hands-on tasks on real equipment. Document the online completion and the practical evaluation separately.
The NCCCO's rigger certification, voluntary but widely respected, requires both a written exam and a separate practical exam given in person [5]. That two-part structure reflects the same logic. Knowledge and hands-on skill are both necessary, and neither one substitutes for the other.
For broader context on how online safety training is structured and what OSHA accepts, see our guide to osha training.
How does rigging training connect to crane operator certification and other lifted-load requirements?
Rigging training and crane operator certification are separate obligations that run at the same time on every crane lift. The crane operator is certified or evaluated under 29 CFR 1926.1427. The signal person is qualified under 29 CFR 1926.1419 through 1926.1422. The rigger is qualified under 29 CFR 1926.761. All three have to be in place before the lift begins [2].
A crane operator is not automatically a qualified rigger. An operator who climbs down and helps attach a load has to hold rigger qualification separate from their operator certification. This trips up small contractors who assume the crane operator's credential covers everything happening at the hook.
Same idea with forklift certification under 29 CFR 1910.178. It does not cover rigging operations even when forklifts run with rigging attachments. If a forklift picks loads with a hook or lifting attachment, both the forklift operator training and separate rigging knowledge requirements apply.
Lockout tagout intersects with rigging when workers do maintenance on hoists, cranes, or overhead lifting equipment. Energy control procedures have to be in place before any maintenance rigging happens on energized lifting equipment.
For construction employers, the full crane and rigging compliance picture runs across at least five standards: 29 CFR 1926.761 (qualified rigger), 1926.1427 (crane operator certification), 1926.1419 (signal person), 1926.251 (rigging equipment), and 1926.1431 (critical lift plans). Managing documentation across all of these is where a well-organized written program earns its keep.
How should small businesses document rigging training for OSHA compliance?
Documentation does not have to be complicated, but it does have to be specific. A generic "safety training" sign-in sheet is close to worthless if OSHA opens an inspection after an incident. What you want is a record that shows exactly what was covered, who covered it, and that each worker was individually evaluated and found competent.
A complete rigging training record for each worker should include:
- Worker's full name and job title
- Date(s) of training
- List of specific topics covered (sling types, load charts, hitch types, inspection criteria, communication procedures, lift plan basics)
- Name, title, and signature of the competent person who ran the evaluation
- Description of the practical tasks the worker was observed performing
- Determination: qualified or not-yet-qualified
- Date of any retraining
Keep these records reachable on the job site during active work. OSHA compliance officers can request training records on the spot, and you want to hand them over without a delay that itself signals disorganization.
For small businesses trying to build and keep these records systematically, the SafetyFolio program generator includes rigging training documentation templates as part of a full written safety program, so you are not starting from a blank page every time.
When a rigging incident does happen and you have to file an incident report, the training documentation on file becomes central evidence for your investigation and any OSHA inquiry that follows. Gaps in training records after an incident are one of the fastest ways to turn a serious citation into a willful one.
Frequently asked questions
Is there an OSHA-required rigging certification card?
No. OSHA does not require a specific certification card for riggers. The standard (29 CFR 1926.761 for construction) requires workers to be "qualified riggers" as evaluated by a competent person, but there is no federal card, certificate, or license mandated. Voluntary certifications like NCCCO's rigger program are widely accepted and create a defensible qualification record, but they are not legally required.
How often does rigging training need to be repeated?
OSHA does not set a mandatory rigging retraining interval. Retraining is required when a worker is observed rigging unsafely, after an incident or near-miss, when new equipment is introduced, or after extended time away from rigging work. Many employers pick an annual refresher as a practical standard, and that is a reasonable move, but the trigger-based requirement is what the standard actually specifies.
Does a competent person need to be on-site during every rigging operation?
Under 29 CFR 1926.761, rigging must be performed by a qualified rigger, but the standard does not require a competent person to stand next to every lift. The competent person's role in rigging is mainly to evaluate and qualify riggers and to identify hazards. On most sites, the qualified rigger manages the lift execution once qualified. Critical lifts and assembly operations carry additional oversight requirements.
What is a critical lift and what does it require?
Under 29 CFR 1926.1431, a critical lift is one that exceeds 75% of the crane's rated capacity, uses more than one crane at once, or involves hoisting a person. Critical lifts require a written lift plan prepared before the lift begins. The plan must address equipment capacities, load weight, rigging configuration, ground conditions, and each crew member's role. Rigging workers on critical lifts must be qualified riggers.
Can a foreman who learned rigging on the job count as a competent person?
Yes, if they genuinely meet the definition. OSHA defines a competent person as someone able to identify existing and predictable hazards and authorized to eliminate them. Years of hands-on rigging experience can satisfy that standard without a formal credential. The risk is that "learned on the job" sometimes means picking up bad habits too. If you rely on experience-based competency, document what that experience includes and how you verified it.
Do rigging rules apply to small construction jobs, or only big cranes?
They apply to both. 29 CFR 1926.761's qualified rigger requirement kicks in whenever a crane, hoist, or derrick lifts materials on a construction site, regardless of job size. A small addition using a telescoping crane for material placement is covered. Project scale does not change the qualified rigger requirement. The practical difference is that on smaller jobs you have fewer people to spread the documentation burden across.
What happens if a subcontractor on my site has untrained riggers?
Under OSHA's multi-employer citation policy, the controlling employer can be cited for hazards created by a subcontractor if the controlling employer knew or should have known about the condition. If you are the general contractor and a sub's unqualified rigger causes an incident, you can face a citation alongside the sub. Requiring documented proof of qualified rigger status from subcontractors before they start rigging work is the practical protection.
What sling inspection criteria does OSHA specify under 29 CFR 1910.184?
29 CFR 1910.184 requires slings to be inspected before each use for wear, broken wires (wire rope), cuts, heat damage, kinks, distortion, acid or caustic burns, and missing or illegible capacity markings. Damaged or defective slings must be removed from service immediately and either repaired or destroyed. The standard also sets specific removal-from-service criteria for each sling type, including wire rope, chain, and synthetic web slings.
How does sling angle affect load capacity, and is this covered in training?
Yes, sling angle is a core rigging training topic. As a sling's angle from horizontal decreases (the legs spread wider), the tension on each leg increases for the same load weight. At a 30-degree horizontal angle, the tension per sling leg is roughly twice what it is at a 60-degree angle. That is why rigging training has to cover reading a sling angle capacity chart. Many rigging incidents come from workers ignoring sling angle when picking a sling or setting up a lift.
Are there separate rigging training requirements for overhead crane operators in general industry?
Yes. 29 CFR 1910.179 covers overhead and gantry cranes in general industry and requires operator training and inspection procedures separate from the sling requirements under 29 CFR 1910.184. Operators must understand load ratings, inspection criteria, and safe operating procedures. Workers who only attach and detach loads (riggers) are governed more directly by 1910.184, but a sound program covers both roles and their overlap.
What is the OSHA penalty for a rigging violation in 2024?
As of 2024, OSHA's maximum penalty for a serious violation is $16,131 per violation. Willful or repeated violations can reach $161,323 per violation. Rigging citations often land as serious violations for missing training documentation, unqualified riggers, or damaged slings in service. In incidents involving fatalities, OSHA frequently issues multiple citations that stack, so total penalties can climb past the per-violation maximum quickly.
Does OSHA require a written rigging safety program?
No single OSHA standard mandates a standalone written rigging program. But several standards collectively require written procedures: 29 CFR 1926.1431 requires written critical lift plans, 1926.1402 requires written assembly and disassembly plans for cranes, and 29 CFR 1904 requires incident recordkeeping. Building a written rigging program is strongly advisable because it documents your training system, inspection procedures, and lift plan templates in one auditable package.
What is the NCCCO rigger certification and should my workers get it?
The National Commission for the Certification of Crane Operators offers voluntary Rigger Level I and Level II certifications requiring both a written exam and an in-person practical exam. OSHA does not require it, but many general contractors and large industrial clients require it of their subcontractors. Getting workers NCCCO-certified satisfies OSHA's qualified rigger standard, creates a defensible record, and can open more contract opportunities. For small employers with steady rigging work, it is worth the investment.
Can rigging training be combined with other OSHA training to save time?
Yes, and it is common practice. Rigging training often runs as part of a broader crane and hoisting safety day that also covers signal person qualification, crane inspection procedures, and load chart reading. Some employers fold rigging into new-hire orientation for trades workers. The catch is that each training obligation carries its own documentation requirement, so even if you train them together, your records must show each worker satisfied each specific standard.
Sources
- OSHA, 29 CFR 1926.761 - Training: Materials shall only be rigged by a qualified rigger; definition of qualified rigger and competent person under the cranes and derricks standard
- OSHA, Cranes and Derricks in Construction Final Rule (2010), Federal Register Vol. 75 No. 152: OSHA deliberately used a performance-based qualified rigger standard rather than mandating a single certification; separate rules for crane operator, signal person, and rigger
- OSHA, 29 CFR 1926.1419 - Signals - general requirements: Signal persons must be qualified separately from riggers, either through third-party or employer evaluation
- OSHA, 29 CFR 1910.184 - Slings: Sling inspection requirements before each use; removal from service for damaged slings; choker hitch reduces sling capacity to approximately 75% of vertical rating; separate requirements for wire rope, chain, metal mesh, and synthetic slings
- National Commission for the Certification of Crane Operators (NCCCO), Rigger Certification Program: NCCCO offers voluntary Rigger Level I and Level II certifications requiring written and practical exams; widely accepted as meeting OSHA's qualified rigger standard
- OSHA, 29 CFR 1926.251 - Rigging equipment for material handling: Rigging equipment must have rated capacities marked; damaged rigging must be removed from service; inspections required before each use in construction
- OSHA, 29 CFR 1904 - Recording and Reporting Occupational Injuries and Illnesses: OSHA recordkeeping requirements apply to rigging incidents; general OSHA guidance recommends retaining training records for the duration of employment plus three years
- OSHA, Penalty Adjustments to OSHA Civil Penalties (2024): As of 2024, serious violations carry a maximum penalty of $16,131 per violation; willful or repeated violations carry a maximum of $161,323 per violation
- OSHA, 29 CFR 1926.1431 - Hoisting personnel: Critical lifts exceeding 75% of crane rated capacity or using multiple cranes require a written lift plan; qualified riggers must perform the rigging on critical lifts
- Bureau of Labor Statistics, National Census of Fatal Occupational Injuries (2022): Contact with objects and equipment accounted for approximately 17% of all fatal occupational injuries, the category that captures most rigging failure fatalities
- OSHA, 29 CFR 1910.179 - Overhead and gantry cranes: General industry overhead crane operator training and inspection requirements; applies separately from sling requirements under 1910.184
- OSHA, 29 CFR 1926.1427 - Operator qualification and certification: Crane operator certification requirements operate separately from the qualified rigger standard; operators are not automatically qualified riggers