Fall protection has topped OSHA's list of most-cited standards for 14 years running, with 6,307 citations issued in fiscal year 2024 alone. Many of those citations trace back to one preventable problem: gear that was never inspected or should have been removed from service.
A harness or lifeline protects a worker only at the moment of the fall, when the webbing, stitching, and hardware either hold or fail. At Malta Dynamics, we build fall protection equipment that crews inspect daily, and the routine behind that trust is what keeps people safe. The only way to know your gear will hold is a disciplined inspection process.
This guide answers the two questions safety managers ask most. How often must you inspect fall protection equipment, and when does it actually need to be retired? We cover OSHA's rules, the three layers of inspection, the truth about expiration dates, what to check on each piece of gear, and how to build a program that holds up to an audit.
What OSHA Requires for Fall Protection Equipment Inspection
OSHA's rule is direct: inspect every personal fall arrest system before each use. The construction standard, 1926.502(d)(21), and the general industry standard, 1910.140(c), both require a check for wear, damage, and other deterioration before the equipment goes on.
"Before each use" means exactly that. A worker examines the harness, connectors, and lifeline at the start of each shift or task, not once a week and not on a fixed calendar. OSHA reviewed comments asking for a weekly schedule and rejected them, keeping the pre-use requirement in place.
One trigger removes equipment from service permanently. Under 1926.502(d)(18), any component subjected to impact loading comes off the job immediately and does not go back, even when it looks intact. A harness that has arrested a fall has done its one job. Defective components come off the site the moment a worker finds them.
At Malta Dynamics, we design our harnesses and connectors with field inspection in mind, including impact indicators that flag a fall event at a glance. Build your routine around personal fall protection equipment that makes defects easy to see.
The Three Layers of Inspection: Pre-Use, Competent Person, and Manufacturer
Strong programs run inspections at three levels, each with a different owner and frequency.
Pre-Use Inspection by the Worker
Every worker checks their own gear before each use. This is a quick visual and hands-on pass: run the webbing through your hands, work the buckles, read the labels. Training makes this second nature, and OSHA expects the user to know what a defect looks like.
Formal Inspection by a Competent Person
A documented inspection by a competent person at intervals not exceeding one year is an ANSI Z359.2 requirement and a common manufacturer instruction. It is a consensus standard, not an OSHA regulation, a distinction worth getting right in any audit conversation. OSHA defines a competent person as someone able to identify hazards and authorized to correct them. This annual inspection digs deeper than the daily check, and it gets recorded.
Manufacturer Guidance
Product instructions set their own rules. A self-retracting lifeline may need factory service at a set interval, and many products list specific retirement criteria. Manufacturer instructions always govern, so keep them with your records.
Documentation separates a defensible program from a vulnerable one. Record the date, the inspector, the equipment ID, the findings, and the corrective action taken. That log is the first thing an auditor asks to see.
Teams without an in-house competent person can bring one in. Malta Dynamics offers on-site inspections and competent person training so your annual formal inspection and your recordkeeping both stand up to scrutiny.
Does Fall Protection Equipment Expire?
Here is the answer crews rarely hear stated plainly: neither OSHA nor ANSI standards set an expiration date for harnesses or most fall protection gear. No rule says a harness must be destroyed on its fifth birthday.
The five-year myth has a real source. An older standard, ANSI/ASSE A10.32, once referenced a five-year service life, and that language was removed in the 2012 revision. The current Z359 family carries no such cutoff, yet the myth persists on job sites.
What actually ends a product's service life is condition, not age. A failed inspection retires it. Impact loading retires it. So do missing or illegible labels, plus degradation from UV exposure, chemical contact, or abrasion against a sharp edge. A full-body harness stored well and used lightly can outlast one worn hard for a single season. Catching these potential hazards early is the entire point of inspection.
One habit sharpens every expiration decision: record the in-service date, the day the gear is first put into use, rather than the manufacture date. That tells you the true working age and the conditions it has seen.
Some equipment manufacturers do publish a maximum service life for their products. When they do, follow it. The manufacturer's instructions override general guidance every time, because they reflect how that specific harness or lifeline was tested. Inspect against the condition standards and the structural integrity of each part, not a calendar, and replace the moment a checkpoint fails.
Inspection Points and Red Flags by Equipment Type
Use this as a field reference. One failed checkpoint marks the item as a defective component and takes it out of service, no exceptions.
Full-Body Harnesses
Check webbing for fraying, cuts, burns, and chemical staining. Inspect stitching for broken or pulled threads, especially the load-bearing seams. Examine D-rings and buckles for corrosion, cracks, and distortion, and confirm every label is present and legible.
Lanyards and Connectors
Squeeze the shock pack to confirm it has not deployed. Work each snap hook and carabiner gate so it opens, closes, and locks on its own. Look for damage from contact with a sharp edge, the failure mode that ends many lanyards.
Self-Retracting Lifelines
Pull the lifeline out and let it retract; it should move smoothly and lock with a sharp tug. Inspect the housing for cracks, check the load indicator, and confirm the cable shows no fraying. Loose cabling signals an internal defect, and that unit comes off the job.
Anchors
Confirm the anchor and its mounting are sound and rated for the load. OSHA requires an anchorage capable of supporting 5,000 pounds per attached worker, or a system engineered with a safety factor of at least two, under 1926.502(d)(15). The anchor is the foundation of the whole fall protection system.
Rescue Equipment
A fall arrest plan without a rescue plan is incomplete. Confirm tripods, retrieval blocks, and trauma relief straps are present, accessible, and functional before anyone faces a fall hazard at height.
Matched components make all of this faster. When your harness, SRL, and anchor come from one source, compatibility is built in. Explore Malta Dynamics self-retracting lifelines and roof anchor systems engineered to work together.
Building a Fall Protection Inspection Program That Passes an Audit
A program turns scattered checks into a repeatable system. Start by naming names: assign a competent person and define who inspects what, and when.
Set a written inspection schedule that layers the three levels. Pre-use checks happen every shift, periodic checks run on a defined cadence, and the annual formal inspection rounds out the inspection requirements. Put it in writing so nothing depends on memory.
Standardize how you handle gear that fails. A tagging or quarantine process keeps defective components out of circulation, so a flagged harness cannot be grabbed off the rack and worn the next morning. Removed means removed.
Train your crew to inspect their own equipment and to recognize the retirement triggers covered above. This training is also how you meet the competent person requirement, since OSHA ties authority and knowledge together. Consistent safety inspections at the worker level catch most problems before they reach the formal review.
Close the loop with a clear corrective action path: identify, remove, document, replace. A program that documents each step gives you a defensible record against the safety standard and, more to the point, keeps workplace safety from depending on luck.
When inspections flag gear for replacement, you need stock ready. Malta Dynamics keeps harnesses, lifelines, and complete fall protection kits in one place, so a failed inspection turns into a same-day fix instead of a stand-down.
Fall Protection Equipment Inspection FAQs
How often does OSHA require fall protection equipment inspection?
OSHA requires a pre-use inspection before each use of any personal fall arrest system, under 1926.502(d)(21) for construction and 1910.140(c) for general industry. The agency sets no fixed calendar interval, so regular inspections fall to the worker every shift. Most fall protection programs layer a formal annual inspection on top of that daily check to meet ANSI Z359.2 and manufacturer guidance.
Do fall protection harnesses have an expiration date?
No. Neither OSHA nor ANSI sets an expiration date for a body harness or most fall protection gear. A harness retires based on its condition, judged through visual inspection of the webbing, stitching, and hardware and the structural integrity behind them, not by a date on the calendar. When an equipment manufacturer publishes a maximum service life, follow it.
Who is allowed to perform a formal fall protection inspection?
A formal inspection must be completed by a competent person, defined by OSHA as someone able to identify potential hazards and authorized to take corrective action. This annual inspection goes deeper than the daily pre-use check, and it gets documented. Teams without a qualified inspector on staff can use Malta Dynamics inspection services to stay aligned with OSHA standards.
Does a harness need to be replaced after it stops a fall?
Yes. Any fall protection equipment subjected to impact loading comes out of service immediately under 1926.502(d)(18), even when it looks undamaged. A harness or self-retracting lifeline that has arrested a fall has spent its one rated event and cannot go back on the job. Replace it before the next shift.
What should I do with equipment that fails inspection?
Remove it from service the moment a checkpoint fails. Tag or quarantine the defective components so no one grabs them by mistake, then log the finding and the corrective action in your inspection records. A clear removal process keeps workplace safety from depending on memory and gives you a defensible audit trail.
Keep Your Crew Inspection-Ready
The rules come down to three points. OSHA requires a pre-use inspection before every use. ANSI and manufacturers drive the annual formal inspection by a competent person. And gear retires based on condition, not a calendar expiration date.
A documented inspection program is the line between a compliant site and a cited one, and it is the backbone of occupational safety on any crew. The paperwork proves the work, and the work keeps people alive.
Equip your team with field-tested gear and the records to back it. Browse Malta Dynamics fall protection equipment or schedule an on-site inspection and competent person training with our team. We manufacture the equipment, and we teach crews how to keep it safe.
