Fall protection violations are consistently the most-cited OSHA standard year after year. OSHA requires fall protection in general industry at 4 feet (29 CFR 1910.28), in construction at 6 feet (29 CFR 1926.501), and at various other thresholds depending on the work activity. Beyond simply providing fall protection equipment, a comprehensive fall protection program includes hazard assessments, written fall protection plans, competent person designations, equipment selection and inspection, training for all exposed workers, and rescue planning. A program-level audit evaluates whether your organization has a systematic approach to identifying fall hazards, selecting appropriate protection methods, maintaining equipment, training workers, and preparing for fall rescue.
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Download Checklist (.docx)Regulatory Requirements
29 CFR 1926 Subpart M — Fall Protection (Construction)
Subpart M establishes fall protection requirements for construction workplaces. Section 1926.501 establishes the duty to provide fall protection at 6 feet or more for most activities, with specific requirements for leading edges, hoist areas, holes, formwork, ramps, runways, excavations, roofing, and precast concrete. Section 1926.502 specifies criteria for guardrail systems, safety net systems, personal fall arrest systems, positioning devices, warning line systems, controlled access zones, safety monitoring systems, and fall protection plans. Section 1926.503 requires training for all employees exposed to fall hazards.
29 CFR 1910 Subpart D — Walking-Working Surfaces (General Industry)
Updated in 2017, Subpart D requires fall protection at 4 feet in general industry. Section 1910.28 establishes the duty to provide fall protection, and Section 1910.29 specifies fall protection system criteria. Section 1910.30 requires training before exposure to fall hazards and retraining when deficiencies are observed. The general industry standard aligns more closely with construction requirements than the prior version and includes provisions for personal fall protection systems.
ANSI/ASSE Z359 Fall Protection Code
The ANSI Z359 series provides consensus standards for fall protection systems including Z359.1 (personal fall arrest systems), Z359.2 (comprehensive managed fall protection program), Z359.3 (self-retracting devices), Z359.4 (safety nets), Z359.6 (fall protection for construction), Z359.11 (full body harnesses), Z359.12 (connecting components), Z359.13 (energy absorbers), and Z359.14 (self-retracting devices). While not OSHA regulations, these standards represent industry best practices and are frequently referenced in fall protection programs.
Hazard Assessment and Program Documentation
| Audit Item | Expected Finding / What to Evaluate |
|---|---|
| Fall hazard assessment | A comprehensive fall hazard assessment has been conducted identifying all locations and tasks where employees are exposed to fall hazards. Assessment covers walking/working surfaces, leading edges, holes and openings, roofs, scaffolds, ladders, aerial lifts, and any elevated work areas. Assessment is documented and updated when conditions change. |
| Written fall protection plan | A written fall protection plan or program exists per 1926.502(k) (construction) or as best practice (general industry). The plan identifies fall hazards, specifies fall protection methods for each hazard, designates competent and qualified persons, establishes equipment requirements, describes rescue procedures, and addresses training requirements. The plan is site-specific and updated for changing conditions. |
| Competent person designation | A competent person is designated per 1926.500(b) who is capable of identifying existing and predictable fall hazards, identifying unsanitary or dangerous conditions, and who has authorization to take prompt corrective measures. The competent person’s qualifications, training, and authority are documented. A qualified person is designated for system design where required. |
| Fall protection method selection | Appropriate fall protection methods are selected based on the work activity, hazard, and feasibility. The hierarchy of controls is applied: elimination/engineering controls first (guardrails, covers), then administrative controls (warning lines, controlled access zones), then personal fall protection (harnesses, SRDs) as a last resort. Method selection is documented and justified when conventional methods are infeasible. |
Personal Fall Protection Equipment
| Audit Item | Expected Finding / What to Evaluate |
|---|---|
| Equipment selection and specifications | Personal fall arrest systems meet OSHA and ANSI Z359 requirements. Full body harnesses are used for fall arrest (body belts prohibited for fall arrest). Lanyards, connectors, and anchorages are rated for the required loads (5,000 lbs per person or designed by a qualified person with a 2:1 safety factor). Self-retracting devices (SRDs) are appropriate for the application and meet ANSI Z359.14. |
| Anchorage points | Anchorage points are capable of supporting at least 5,000 pounds per employee attached, or are designed, installed, and used under the supervision of a qualified person as part of a complete PFAS maintaining a safety factor of at least two per 1926.502(d)(15). Anchorages are identified, documented, and marked. Anchorage locations provide adequate clearance to prevent contact with lower levels. |
| Pre-use equipment inspection | All personal fall protection equipment is inspected before each use by the user per ANSI Z359.2. Inspection covers harness webbing (cuts, fraying, chemical damage, UV degradation), hardware (corrosion, deformation, cracks), stitching integrity, labels/markings legibility, lanyard/SRL condition, and connector operation. Defective equipment is immediately removed from service and tagged. |
| Formal equipment inspection | A competent person conducts formal documented inspections of all fall protection equipment at least annually per ANSI Z359.2. Inspection records include equipment identification (serial number), inspector name, date, findings, and disposition. Equipment involved in a fall arrest event is immediately removed from service, inspected by a competent person, and either destroyed or returned to the manufacturer for evaluation. |
Guardrails, Covers, and Passive Systems
| Audit Item | Expected Finding / What to Evaluate |
|---|---|
| Guardrail systems | Guardrail systems meet height requirements (42 inches +/- 3 inches for construction per 1926.502(b), 42 inches +/- 3 inches for general industry per 1910.29(b)). Top rails withstand 200 pounds of force. Mid-rails are at half the height of the top rail. Guardrails are smooth-surfaced to prevent injuries. Openings do not allow passage of a 19-inch sphere. Toeboards are provided where tools/materials could fall on workers below. |
| Hole covers and floor openings | Floor holes and openings are covered with materials capable of supporting twice the maximum intended load per 1926.502(i). Covers are secured against displacement and marked with 'HOLE' or 'COVER.' General industry requires covers or guardrails for holes/openings 4 inches or more in their least dimension per 1910.28(b)(3). Covers are inspected regularly. |
| Safety net systems | If safety nets are used, they are installed as close as practicable under the walking/working surface but no more than 30 feet below per 1926.502(c). Nets extend outward based on the vertical distance from the work surface. Drop tests are performed after installation, after repair, and at 6-month intervals. Debris is removed regularly. |
Training and Competency
| Audit Item | Expected Finding / What to Evaluate |
|---|---|
| Employee fall protection training | Each employee exposed to fall hazards is trained by a competent person before exposure per 1926.503 (construction) and 1910.30 (general industry). Training covers fall hazard recognition, procedures for minimizing hazards, correct procedures for equipment use (erecting, maintaining, disassembling, inspecting guardrails and personal fall protection), and each employee’s role in the fall protection plan. |
| Training certification | Training is certified in writing per 1926.503(b). Certification includes the name of the employee, date(s) of training, and signature of the trainer or competent person. Certification records are maintained and available for inspection. Retraining is provided when deficiencies are observed, when workplace changes render prior training inadequate, or when fall protection systems change. |
| Competent person training | Designated competent persons have received training appropriate to their responsibilities including fall hazard identification, fall protection system selection and design, equipment inspection procedures, rescue planning, and OSHA regulatory requirements. Competent person qualifications are documented. |
| Rescue training | Employees who may be involved in fall rescue operations are trained on rescue procedures and equipment use. Rescue training includes self-rescue techniques, assisted rescue methods, equipment deployment, and suspension trauma awareness. Training is practiced through drills using actual rescue equipment. |
Rescue Planning and Emergency Response
| Audit Item | Expected Finding / What to Evaluate |
|---|---|
| Written rescue plan | A written rescue plan exists for each location where personal fall arrest systems are used. The plan addresses how workers will be rescued promptly after a fall arrest event. Rescue methods may include self-rescue, assisted rescue by co-workers, rescue by on-site rescue team, or rescue by off-site emergency services. The plan accounts for site-specific conditions and response times. |
| Suspension trauma prevention | The rescue plan addresses suspension trauma (also called orthostatic intolerance or harness hang syndrome), which can cause serious injury or death within minutes if a worker is suspended motionless in a harness after a fall. The plan includes provisions for prompt rescue (within 6 minutes if possible), suspension relief straps on harnesses, and post-rescue medical protocols. Workers are trained to recognize suspension trauma symptoms. |
| Rescue equipment availability | Rescue equipment is readily available at locations where fall arrest systems are used. Equipment may include rescue davits, retrieval systems, descent devices, ladder access, aerial lifts, or other appropriate means. Equipment is inspected, maintained, and readily deployable. Rescue equipment locations are identified in the rescue plan. |
Program Review and Improvement
| Audit Item | Expected Finding / What to Evaluate |
|---|---|
| Incident investigation | All fall-related incidents, including near-misses and fall arrest activations, are investigated to determine root cause and prevent recurrence. Investigation covers adequacy of fall protection measures, equipment performance, training effectiveness, and any program deficiencies. Findings drive corrective actions and program improvements. |
| Annual program review | The fall protection program is reviewed at least annually by a competent or qualified person. Review evaluates hazard assessment currency, protection method adequacy, equipment condition, training compliance, rescue plan effectiveness, and incident/near-miss trends. Review findings are documented and drive program updates. |
| Regulatory compliance verification | The program is reviewed for compliance with current OSHA standards, ANSI Z359 consensus standards, and any state-specific fall protection requirements. State Plan states may have additional or more stringent requirements. Changes in regulations are identified and incorporated into the program. |
Corrective Actions
Common Issues and Responses
- No written fall protection plan: Develop a site-specific written fall protection plan addressing all identified fall hazards, protection methods, equipment requirements, training, and rescue procedures. Designate a competent person to oversee the program. Implement immediately for all active work at heights.
- Untrained employees working at heights: Immediately stop work at heights for untrained employees. Schedule fall protection training covering hazard recognition, equipment use, and rescue procedures. Certify training completion in writing before employees resume elevated work.
- Damaged or uninspected equipment: Remove all suspect equipment from service immediately. Conduct a formal inspection of all fall protection equipment by a competent person. Replace or repair defective equipment. Implement a pre-use inspection program and formal annual inspection schedule.
- No rescue plan: Develop rescue procedures for all locations where personal fall arrest is used. Address suspension trauma prevention. Identify rescue equipment and response resources. Train designated rescue personnel and conduct practice drills.
- Inadequate anchorage points: Engage a qualified person to evaluate and certify anchorage points. Install engineered anchorages where needed. Document anchorage locations, capacities, and intended use. Prohibit use of any unverified anchorage points.
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Inspections
Digital fall protection equipment inspections with barcode scanning, photo documentation, and deficiency tracking.
Training
Track fall protection training certifications, competent person qualifications, and rescue team drill schedules.
Compliance Calendar
Schedule equipment inspections, training renewals, program reviews, and rescue drill deadlines.
Task Management
Assign and track corrective actions from fall hazard assessments and program audits.
Document Management
Centralized storage for fall protection plans, hazard assessments, inspection records, and training certifications.
Incident Management
Document fall-related incidents and near-misses with root cause analysis and corrective action tracking.
