OSHA Foot Protection Standard 29 CFR 1910.136: Requirements

OSHA’s foot protection standard at 29 CFR 1910.136 requires employers in general industry to provide protective footwear for any worker exposed to falling or rolling objects, sole punctures, or electrical hazards on the job. The boots must meet one of the consensus standards named in the rule, and selection has to flow from a written hazard assessment conducted under 29 CFR 1910.132. The standard covers manufacturing, warehousing, logistics, and other workplaces under 29 CFR 1910. Construction work is governed by a separate set of rules in 29 CFR 1926 and is not covered here.

When Protective Footwear Is Required

Three categories of hazard trigger the requirement. If any of them exist in a work area, every affected employee has to wear appropriate safety footwear.¹

Falling or rolling objects, common in warehouses, machine shops, and material-handling areas.
Sole punctures from exposed nails, metal scrap, glass, or similar debris on walking surfaces.
Electrical hazards, either static discharge or shock, that remain after the employer has taken other protective measures.

That last qualifier does real work. Electrical footwear is only required where the hazard persists after other controls, meaning it functions as a last line of defense rather than a substitute for fixing wiring or de-energizing circuits.²

Matching the Footwear to the Hazard

Rugged-looking boots do not automatically comply. The type has to match the identified hazard.

Safety-Toe Footwear

The baseline in most general industry settings. A reinforced toe cap of steel, composite, or aluminum protects against impact from dropped objects and compression from rolling equipment.

Metatarsal Protection

Standard safety toes leave the upper foot exposed. Where heavy objects could strike the top of the foot, such as work with drums, heavy pipe, jackhammers, or around forklifts, metatarsal protection is required. External guards that strap over the boot and boots with built-in metatarsal protection both satisfy the standard when they meet the applicable ASTM rating.

Electrical Footwear

Three types exist, and picking the wrong one can be worse than wearing none:

Electrical hazard (EH) footwear insulates the wearer from energized surfaces. Soles and heels are non-conductive, and it is designed for workers who might contact live circuits.
Static dissipative (SD) footwear slowly drains static buildup to ground. It fits environments like electronics manufacturing or solvent-based painting, where a spark could damage components or ignite fumes.
Conductive footwear rapidly grounds the wearer to prevent any static accumulation. It is required in the most sensitive environments, such as explosives manufacturing, and should never be worn near live circuits because it creates a path for current through the body.

Puncture-Resistant Footwear

A reinforced steel or composite plate between the insole and outsole blocks nails, screws, and glass. Required wherever sharp debris regularly ends up on walking surfaces.

Compliance Standards and Reading the Label

Protective footwear must comply with at least one of three consensus standards named in the regulation, or the employer must be able to demonstrate the boots are at least as effective:¹

ASTM F-2412-2005 (test methods) paired with ASTM F-2413-2005 (performance requirements).³
ANSI Z41-1999.
ANSI Z41-1991.

Nearly all safety footwear sold today is built to a current revision of ASTM F2413, which satisfies the regulation because it meets or exceeds the 2005 version incorporated by reference.

Every pair of ASTM-compliant boots carries a standardized marking, usually printed or stitched inside the tongue:

Line 1 shows the ASTM standard edition, for example ASTM F2413-18.
Line 2 shows gender (M or F), impact rating (I/75, I/50, or I/30), and compression rating (C/75, C/50, or C/30). An I/75 C/75 boot withstands 75 foot-pounds of impact and 2,500 pounds of compression.
Line 3 shows added protections: EH (electrical hazard), SD (static dissipative), Cd (conductive), PR (puncture resistant), or Mt (metatarsal).

If the label does not carry the code the hazard assessment calls for, the boot does not meet the standard for that work area.

The Hazard Assessment Comes First

Before any footwear is chosen, the employer must perform a workplace hazard assessment under 29 CFR 1910.132(d). This is a separate regulatory duty that feeds into the foot protection rule.⁴

The assessment must be documented in a written certification containing four items: the workplace evaluated, the name of the person who performed the evaluation, the date of the assessment, and a statement identifying the document as a hazard assessment certification.⁴ Missing or incomplete certifications are among the most commonly cited PPE violations, and a serious violation can carry a penalty of up to $16,550.⁵

Based on the assessment, the employer must select footwear matching the identified hazards, verify proper fit for each employee, and communicate the selection decisions to affected workers.⁴ Telling someone to “go buy steel toes” without specifying the required protection ratings does not satisfy the communication requirement.

Training Employees Who Wear the Footwear

Every employee required to wear PPE must be trained under 29 CFR 1910.132(f) before performing work in a hazard area. Training must cover five topics:⁶

When the footwear is necessary.
What type of footwear is necessary.
How to put on, take off, adjust, and wear it properly.
The limitations of the footwear.
Proper care, maintenance, useful life, and disposal.

Each employee must also demonstrate understanding of the training and the ability to use the equipment correctly. A formal exam is not required, but employers who cannot show any verification of comprehension are exposed to citations.⁴

Retraining is required whenever there is reason to believe the employee has lost the necessary knowledge or skill. Three situations commonly trigger it:⁷

Workplace changes (new equipment, processes, or hazards) that make prior training outdated.
Changes to the type of PPE being used.
Evidence the employee is not using the footwear correctly or does not understand its purpose.

Who Pays for the Boots

The general rule under 29 CFR 1910.132(h) is that the employer pays for PPE required to comply with OSHA standards.⁸ Safety footwear has an important carve-out.

Non-Specialty Safety-Toe Boots

Employers are not required to pay for non-specialty safety-toe footwear, meaning basic steel-toe or composite-toe boots, as long as the employer allows workers to wear those boots off the job site.⁸ The exception covers both the initial purchase and replacement, even when the boots wear out through normal use.⁹

Specialty Footwear

The moment the hazard assessment calls for something beyond a plain safety toe, the exception ends. Metatarsal protection, EH or SD ratings, conductive footwear, puncture resistance, chemical resistance, or any other specialty feature must be paid for by the employer, including replacements when boots wear out through normal use.⁸ If the employee loses or intentionally damages the equipment, the employer is not required to pay for the replacement.⁷

The Metatarsal Guard Exception

One scenario has its own rule. When the employer provides external metatarsal guards that strap over regular boots, and the employee prefers boots with built-in metatarsal protection instead, the employer does not have to reimburse the employee for those boots.⁸ Compliant protection was already offered; the integrated version is a personal preference.

Inspection and Replacement

Defective or damaged PPE cannot be used under 29 CFR 1910.132(e).⁷ Someone has to actually look. Signs that safety footwear needs replacement:

Safety-toe boots: any visible dent in the toe cap, any exposed steel or composite, or significant outsole tread wear.
Electrical hazard boots: any puncture, cut, or embedded conductive material in the sole, or significant sole wear that reduces insulating thickness.
Conductive or static dissipative boots: contaminated soles or any resistance reading outside the required range. Periodic testing with a resistance meter is expected.
Puncture-resistant boots: any object embedded in the puncture-resistant plate.
Chemical-resistant boots: discoloration, swelling, delamination, or cracks.

A boot that has taken a serious impact should be retired even without visible damage. A toe cap can deform internally in ways that are not obvious from the outside, reducing its capacity for a second impact.

Disability Accommodations and the ADA

Employees sometimes assume the ADA overrides OSHA footwear requirements. According to the EEOC, it generally does not. When protective footwear is mandated by federal safety regulations, the employer can insist on compliance, and an employee unable to wear the required footwear because of a disability may not be considered qualified for that position.¹⁰

Employers should still work through reasonable accommodations before reaching that conclusion. Custom-fitted safety boots, orthopedic inserts compatible with safety-toe footwear, or reassignment to a position without protective footwear requirements may all be available. The employer is not required to drop the safety requirement, but the interactive process is expected before deciding the employee cannot do the job.

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eCFR. 29 CFR 1910.136 – Foot Protection
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Occupational Safety and Health Administration. 29 CFR 1910.136 – Foot Protection
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ASTM International. New ASTM International Standards Supersede ANSI Z41 Protective Footwear Standards
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eCFR. 29 CFR 1910.132 – General Requirements
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Occupational Safety and Health Administration. OSHA Penalties
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eCFR. 29 CFR Part 1910 Subpart I – Personal Protective Equipment
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Occupational Safety and Health Administration. 29 CFR 1910.132 – General Requirements
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eCFR. 29 CFR 1910.132 – General Requirements – Section (h) Payment for Protective Equipment
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Occupational Safety and Health Administration. Personal Protective Equipment – Payment
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U.S. Equal Employment Opportunity Commission. Applying Performance and Conduct Standards to Employees with Disabilities