OSHA's Top 10: The Most Frequently Cited Standards, and What They Tell You

The list barely moves. That stability is the actual finding.

Every fall, OSHA releases its list of the ten standards it cited most often during the previous fiscal year. Safety professionals tend to treat it as a scoreboard. That's the wrong frame.

The list barely moves. The same ten standards appear year after year, shuffling one or two positions. The FY2025 categories were the same as the prior year, with only a reordering of positions on the list. That stability is the actual finding. These aren't the hazards nobody understands — they're the hazards everybody understands and still doesn't control.

Here's the FY2025 list, and what each entry is really telling you.

The List

OSHA's Top 10 most frequently cited standards for Fiscal Year 2025 (October 1, 2024 to September 30, 2025):

1. Fall Protection – General Requirements — 29 CFR 1926.501 (construction)
2. Hazard Communication — 29 CFR 1910.1200 (general industry)
3. Ladders — 29 CFR 1926.1053 (construction)
4. Control of Hazardous Energy (Lockout/Tagout) — 29 CFR 1910.147 (general industry)
5. Respiratory Protection — 29 CFR 1910.134 (general industry)
6. Scaffolding — 29 CFR 1926.451 (construction)
7. Fall Protection – Training Requirements — 29 CFR 1926.503 (construction)
8. Powered Industrial Trucks — 29 CFR 1910.178 (general industry)
9. Eye and Face Protection — 29 CFR 1926.102 (construction)
10. Machine Guarding — 29 CFR 1910.212 (general industry)

Fall Protection topped the list for the fifteenth straight year.

A note on the numbers: you'll see violation counts attached to this list in trade coverage — most of them from the preliminary data OSHA presented at the NSC Safety Congress in September 2025. Those figures are provisional. OSHA itself cautioned that the counts were likely to grow when finalized data was released. Published counts vary meaningfully between sources depending on when the snapshot was taken. Use the ranking, which is stable and meaningful. Treat any specific violation count as approximate unless you've pulled it from OSHA's own finalized data.

What the Groupings Actually Say

Read the list not as ten items but as four clusters.

Cluster One: Falls (Items 1, 3, 6, 7)

Four of the ten. Fall protection, ladders, scaffolding, and fall protection training.

This is the story of the list. Working at height is where American workers die, and it is where employers most consistently fail. Inspectors continue to find workers exposed to leading edges, unprotected roof perimeters, unguarded holes, and improperly used personal fall-arrest systems.

Item 7 deserves particular attention. Fall Protection Training appearing separately from Fall Protection Requirements means inspectors are routinely finding sites where the equipment exists but nobody was taught to use it — or where the employer cannot document that anyone was taught. A harness that a worker doesn't know how to anchor is not fall protection. It's a costume.

Roofing led the industry breakdown for fall protection violations, followed by framers and siding contractors. Roofing also led ladder violations. Residential construction is the epicenter, and it has been for fifteen years.

Cluster Two: Chemical and Respiratory Exposure (Items 2, 5)

Hazard Communication sits at number two — and notably, the leading industry for HazCom violations was roofing, which surprised even OSHA's regional administrator. That's worth pausing on. HazCom is thought of as a manufacturing standard. It isn't. It applies wherever chemicals are used, which is essentially everywhere.

The recurring HazCom failures are unmaintained Safety Data Sheets, unlabeled secondary containers, and inadequate worker training. These are rarely malicious — they're symptoms of disorganized documentation and inconsistent onboarding. The written program that describes what a company theoretically does, rather than what it actually does, is the classic finding.

Respiratory Protection at number five reflects a different failure: respirators handed out as a quick fix rather than deployed as part of an engineered exposure-control strategy. The standard requires a written program, medical evaluation, fit testing, and training. Handing someone an N95 satisfies none of it.

Cluster Three: Energy and Equipment (Items 4, 8, 10)

Lockout/Tagout, Powered Industrial Trucks, Machine Guarding. This is the manufacturing and warehousing cluster, and it is where amputations and crush injuries come from.

LOTO inspectors commonly find missing machine-specific procedures, inadequate training, and reliance on informal “shop rules” instead of documented energy-control programs. The machine-specific procedure requirement is the one most often missed — a generic corporate LOTO policy is not a procedure for the press in bay four.

Plastic products manufacturers led LOTO violations, followed by machine shops. Machine guarding, meanwhile, remains under active enforcement pressure: OSHA renewed its National Emphasis Program on Amputations in Manufacturing for another five years, focusing inspections on operation, servicing, maintenance, energy control, and guarding of equipment presenting amputation hazards. If you run machinery, you are on a target list.

Cluster Four: The Basics (Item 9)

Eye and Face Protection. Number nine. In 2025.

There is not much to analyze here. Safety glasses are inexpensive, universally available, and required. Their presence on this list is a pure culture indicator.

The Pattern Underneath

Look at what these standards have in common.

Not one of them is technically obscure. Not one requires specialized engineering judgment to comply with. There is no ambiguity about whether you need fall protection at height, whether a machine needs a guard, or whether workers need to know what's in the drum.

What they share is that compliance requires sustained, unglamorous, daily maintenance — inspecting ladders, updating SDS binders, writing machine-specific LOTO procedures, fit-testing respirators, documenting training. Every one of these fails not at the moment of decision but through gradual erosion. Nobody decides to remove a machine guard. It comes off for maintenance and doesn't go back on.

This is why the list doesn't change. It's not measuring knowledge. It's measuring follow-through.

Using the List

• Audit against it directly. Take the ten standards and evaluate your operation against each one, honestly. If you're in construction, you're exposed on four fall-related standards and eye protection. If you're in manufacturing or warehousing, you're exposed on LOTO, machine guarding, forklifts, HazCom, and respiratory protection. Machine guarding, lockout/tagout, and powered industrial trucks remain persistent problems in manufacturing due to aging equipment, production pressure, and inconsistent maintenance.
• Check the sector-specific data, not just the national list. OSHA publishes frequently-cited standards by NAICS code. The national Top 10 may not be your top 10. A telling example: for dental offices, the Bloodborne Pathogens standard — which doesn't appear on the national list at all — was the most-cited standard in FY2025. Your industry has its own pattern.
• Distinguish paper from practice. For each of these standards, ask two questions: does the written program exist, and does it describe what actually happens? Most citations live in the gap between those two answers.
• Use consultation before enforcement. OSHA's regional administrator specifically encouraged small and medium-sized employers to use the agency's On-Site Consultation Program, and it's available free to businesses with 250 or fewer employees at a site and fewer than 500 company-wide. Consultations are confidential and kept separate from enforcement. A consultant finding your gaps costs nothing. An inspector finding them costs a great deal more.

The Real Takeaway

As the NSC's chief executive put it, the consistency of the rankings year after year signals there is more work ahead.

That's the diplomatic version. The blunter one: fifteen consecutive years of fall protection at number one is not a data point about falls. It's a data point about us.

The hazards on this list are solved problems. The engineering is understood, the equipment exists, the training curricula are written, and the standards have been on the books for decades. What remains is the daily discipline of actually doing it — on the last day of a job, in bad weather, when the crew is behind schedule, when the guard is inconvenient, when the harness is hot.

That's the whole game. The list will look the same next year, and the year after, until enough organizations decide that the unglamorous part is the job.

This article is general information, not legal advice or a compliance determination. Citation rankings and counts are updated annually and revised after preliminary release; verify current data at osha.gov/top10citedstandards. Specific obligations depend on your industry, jurisdiction, and operations — consult a qualified safety professional.