Fall protection equipment doesn't fail all at once — it degrades. A harness webbing that looks fine to the naked eye may have UV damage that cuts its load capacity in half. A snap hook that clicks shut may not lock under load. A self-retracting lifeline that retracts smoothly may fail to arrest a fall if its internal brake is worn.
OSHA 29 CFR 1926.502(d)(21) requires that personal fall arrest systems be inspected before each use by a competent person. This checklist gives your team a systematic, OSHA-aligned process to do exactly that — for every piece of equipment, before every job.
Who Is a "Competent Person" for Fall Protection Inspections?
Under OSHA's definition, a competent person is someone who can identify existing and predictable hazards and has authority to take corrective measures. For fall protection, this means the inspector must:
- Know the equipment's design, function, and limitations
- Understand what constitutes a defect or damage requiring removal from service
- Have the authority to pull equipment from use without pushback
Competent person status is not a certification — it's a demonstrated combination of training and authority. Document who your competent persons are and ensure they've completed fall protection training.
General Pre-Use Inspection Rules
Before running through component-specific checks, apply these universal rules:
- Inspect in good lighting — never inspect in dim conditions or while wearing gloves
- Inspect before donning — lay equipment flat and inspect systematically before putting it on
- Check the tag — verify the equipment has not exceeded its manufacturer's service life (typically 10 years from manufacture date for harnesses) and has not been involved in a fall arrest event
- Remove from service immediately if any defect is found — do not tag and return; quarantine and replace
- Never use equipment involved in a fall arrest — even if it looks undamaged, internal damage may have occurred. Remove from service and return to manufacturer for inspection
Full Body Harness Inspection Checklist
Webbing
- ☐ No cuts, fraying, or abrasion on any strap
- ☐ No discoloration, stiffness, or brittleness (signs of chemical exposure or UV degradation)
- ☐ No burn marks or heat damage
- ☐ No paint, tar, or chemical contamination embedded in fibers
- ☐ Webbing passes the "bend test": fold webbing over itself — cracks or white stress marks indicate UV damage
Hardware (Buckles, D-Rings, Snap Hooks)
- ☐ No cracks, distortion, or corrosion on any metal component
- ☐ D-ring moves freely and is not bent, cracked, or elongated
- ☐ All buckles engage and release properly
- ☐ Mating buckles (pass-through and friction) are fully seated and locked
- ☐ No sharp edges that could cut webbing under load
Stitching
- ☐ No broken, cut, or missing stitches at load-bearing points (back D-ring, chest D-ring, leg loops)
- ☐ Bartack stitching at stress points is intact
- ☐ No pulled or loose threads
Labels and Markings
- ☐ Manufacturer label is legible (model, serial number, manufacture date)
- ☐ ANSI/OSHA compliance markings are present
- ☐ Inspection tag is current and signed
Recommended harnesses: V-Line Full Body Harness (3D, Universal) | V-Line Full Body Harness (1D, Universal) | V-Line Full Body Harness (1D, QC Chest)
Shock-Absorbing Lanyard Inspection Checklist
Webbing / Cable
- ☐ No cuts, kinks, fraying, or broken strands (cable lanyards)
- ☐ No abrasion or wear at connection points
- ☐ No chemical contamination or discoloration
Energy Absorber Pack
- ☐ Deployment indicator (tear tape or cover) is intact — if the pack has partially deployed, remove from service
- ☐ Pack is not wet, compressed, or deformed
- ☐ Cover stitching is intact
Connectors (Snap Hooks / Carabiners)
- ☐ Gate opens and closes freely
- ☐ Locking mechanism engages automatically and requires two actions to open (double-locking)
- ☐ No cracks, corrosion, or distortion
- ☐ Gate does not remain open when released
Recommended lanyards: PRO 6′ Energy Absorbing Lanyard (Soft Loop) | PRO 6′ Cable Energy Absorbing Lanyard | Welding 6′ Dual-Leg Lanyard (Rebar Hooks)
Self-Retracting Lifeline (SRL) Inspection Checklist
Housing
- ☐ No cracks, dents, or deformation in the housing
- ☐ Swivel (if present) rotates freely
- ☐ No corrosion on housing or attachment hardware
Lifeline (Web or Cable)
- ☐ Pull out full length of lifeline and inspect for cuts, kinks, fraying, or broken strands
- ☐ No chemical contamination or discoloration
- ☐ Lifeline retracts smoothly under light tension — jerky retraction may indicate internal damage
Brake Mechanism
- ☐ Pull lifeline out quickly — brake should engage immediately and lock
- ☐ Brake releases when tension is reduced
- ☐ No grinding, slipping, or delayed engagement
Connectors
- ☐ Top and bottom connectors are free of cracks, corrosion, and distortion
- ☐ Locking gates function correctly (double-action required to open)
Recommended SRLs: Northstar Classic 20′ Web SRL (ANSI Z359.14-21) | Latitude HD 10′ Cable SRL-P
Energy Absorber Inspection Checklist
- ☐ Deployment indicator is fully intact — any partial deployment = remove from service
- ☐ No tears, cuts, or abrasion on the outer cover
- ☐ No moisture damage or compression
- ☐ Connectors at both ends are functional and undamaged
Recommended energy absorbers: 20″ Energy Absorber: Soft Loop / Snap Hook | 18″ Energy Absorber: Snap Hook / D-Ring
Anchor Point Inspection Checklist
Anchor points are often overlooked — but a 5,000 lb-rated harness is useless if the anchor fails. Inspect every anchor point before connecting:
- ☐ Anchor is rated for at least 5,000 lbs per attached worker (OSHA 1926.502(d)(15)), or designed as part of a certified fall arrest system
- ☐ No visible corrosion, cracking, or deformation
- ☐ Structural attachment point (beam, eyebolt, anchor plate) is secure — no movement when loaded
- ☐ Connector is compatible with anchor (no small-hook/large-anchor mismatch that allows rollout)
- ☐ Anchor location provides adequate clearance below for fall arrest (calculate free-fall distance + deceleration distance + safety margin)
After the Inspection: Documentation
OSHA requires that inspections be performed — but documentation is what proves it. Maintain a simple inspection log for each piece of equipment:
| Field | What to Record |
|---|---|
| Equipment ID / Serial # | Unique identifier for each piece |
| Inspection date | Date of pre-use inspection |
| Inspector name | Competent person performing inspection |
| Pass / Fail | Overall result |
| Defects noted | Specific findings if failed |
| Action taken | Returned to service / Removed from service / Sent for repair |
Store inspection logs for the life of the equipment plus 5 years. In the event of an OSHA inspection or incident investigation, these records demonstrate your due diligence.
When to Remove Equipment from Service
Remove any piece of fall protection equipment from service immediately if:
- It has been involved in a fall arrest event (even if undamaged in appearance)
- Any component fails the inspection checklist above
- The manufacturer's service life has been exceeded
- Labels or serial numbers are missing or illegible
- You have any doubt about its integrity
When in doubt, pull it out. The cost of replacing a harness is trivial compared to the cost of a fall.
Shop Fall Protection Equipment at West Coast Equipment & Safety Supply
Browse our complete Fall Protection collection for ANSI/OSHA-compliant harnesses, lanyards, SRLs, and energy absorbers from trusted brands. Need help selecting the right system for your worksite? Contact our safety specialists — we'll help you build a compliant fall protection program from the ground up.
The Bottom Line
A pre-use inspection takes less than five minutes. A fall takes less than one second. Build the inspection habit into every job, document every check, and remove any equipment that doesn't pass — no exceptions. Your workers' lives depend on the integrity of every link in the fall protection chain.