Get Now for $24.95
OSHA sets specific height thresholds that trigger mandatory fall protection requirements. Knowing these thresholds is the first step in compliance.
| Topic | What Is Covered |
|---|---|
| Fall Hazard Recognition | Identify leading edges, floor holes, skylights, unprotected wall openings, scaffolds, and elevated work areas before work begins. Understand the difference between fall hazards in construction vs. general industry. |
| Personal Fall Arrest Systems (PFAS) | Full-body harness selection, donning, fit adjustment, and connection to anchor points. Covers body belt prohibitions, front D-ring use, and connecting subsystems correctly. |
| Lanyards & SRLs | Shock-absorbing lanyards (6 ft drop, 3.5 ft arrest), restraining lanyards, and self-retracting lanyards (SRLs/Yo-Yos/Pucks). Proper selection for each work type and height clearance calculations. |
| Anchor Points & Lifelines | Anchor strength requirements (5,000 lbs minimum), positioning above the worker, vertical vs. horizontal lifelines, rope grab use, and prohibited anchorage points — including scaffolds and railings. |
| Equipment Inspection | Pre-use inspection of webbing straps, buckles, D-rings, rope grabs, lanyards, and self-retracting devices. Learn what damage looks like — fraying, UV discoloration, bent metal, cracked buckles, and corrosion. |
| Guardrail Systems | Top rail, mid rail, and toeboard requirements. Rope, wire, and chain guardrail specifications — 34 to 39 inches in height, 6-foot pole spacing, 16-lb lateral load resistance for warning lines. |
| Safety Nets | Installation under competent person supervision, weekly inspection and testing, foreign material removal, and drop distances. When safety nets are a permissible alternative to PFAS. |
| Suspension Trauma & Rescue | Why a suspended worker can die within 20 minutes, recognizing suspension trauma symptoms, immediate 911 protocols, Suspension Trauma Straps (STS), and four rescue methods — ladder, balcony, block & tackle, aerial lift. |
| Ladder Safety | Ladder inspection, correct angle (1:4 rule), extension above roof by 3 feet, three-point contact, weight capacity, step ladder prohibitions, ladder securing, and OSHA fine exposure. |
The full-body harness is the primary connection between a worker and the fall arrest system. Unlike body belts — which are prohibited for fall arrest — a full-body harness distributes fall forces across the thighs, pelvis, chest, and shoulders, reducing injury risk during arrest.
Selecting the wrong lanyard for the task is a life-safety error. Each lanyard type has a specific application, and mixing them up — particularly in boom lifts — can be fatal.
An anchor is only as strong as the structure it is attached to. Selecting an inadequate anchor point is one of the most common — and most fatal — errors in fall protection. OSHA is explicit: if the anchor fails, the fall arrest system fails.
A rope grab is used with a vertical safety lifeline. As the worker moves up or down, they manually reposition the rope grab along the line. In a fall, the rope grab automatically engages the lifeline to stop the fall.
Real results from companies who rely on Aggie Safety to reduce risk, pass OSHA reviews, and protect their workforce.
Forklift Training Student
"They walk you through the videos and questionnaire at the same time, so you can go back if you need to. It's really helpful."
Forklift Training Student
"Overall the process was very straightforward. The lessons are short, clear, and easy to follow, even if you've never done forklift training before..." Read more
Forklift Training Student
"This is an easy training everyone should get under their belt for more experience in the working industry."
Forklift Training Student
"Aggie Safety's Forklift training course was really helping. I'm sure when I take my hands on course in person I'll pass it with flying colors."
Forklift Training Student
"The certification process was clear, engaging, and practical. The instructors were knowledgeable and supportive..." Read more
Forklift Training Student
"They walk you through the videos and questionnaire at the same time, so you can go back if you need to. It's really helpful."
Forklift Training Student
"Overall the process was very straightforward. The lessons are short, clear, and easy to follow, even if you've never done forklift training before..." Read more
Forklift Training Student
"This is an easy training everyone should get under their belt for more experience in the working industry."
Forklift Training Student
"Aggie Safety's Forklift training course was really helping. I'm sure when I take my hands on course in person I'll pass it with flying colors."
Forklift Training Student
"The certification process was clear, engaging, and practical. The instructors were knowledgeable and supportive..." Read more
OSHA requires inspection of all fall protection equipment before each use by the competent person or authorized user. This checklist covers the critical points from 29 CFR 1926.502.
Remove it from service immediately, tag it, and report it to your supervisor. Using damaged fall protection equipment is the same as having no fall protection at all. OSHA citations apply to the employer and the competent person who authorized its use.
These are the core rules every worker must know and follow — drawn from OSHA 1926.502 and the training requirements of 1926.503.
A worker in a harness after a fall is NOT safe — suspension trauma can cause death within 20 minutes. Every worksite with fall protection must have a documented rescue plan.
When a worker is suspended motionless in a harness after a fall, blood pools in the legs. The heart shrinks, blood pressure drops, and the worker can lose consciousness and die — within as little as 20 minutes. This is why the rescue plan must be pre-planned, not improvised after a fall.
Tell us about the challenge or project. We identify which engineering discipline applies and whether the deliverable requires a PE stamp.
You receive a written proposal covering deliverables, timeline, and engagement type — either hourly consulting or a fixed-scope project.
Our team executes the analysis, design, calculations, CAD production, or on-site evaluation depending on the discipline involved.
You review draft deliverables and we revise based on your feedback.
You receive completed drawings, reports, stamped documents, or factory test results — ready to use.
Ladder incidents account for a significant portion of fall-related fatalities and injuries. These requirements are covered in OSHA 29 CFR 1926.1053.
| Minimum extension above roof | 3 ft (7 ft recommended) |
| Setup angle base rule | 1 ft out per 4 ft rise |
| Max users at one time | 1 person only |
| Contact points required | 3-point contact |
| OSHA fine — short ladder | $1,500 – $4,000 |
| OSHA fine — damaged ladder in use | $3,000 – $5,000 |
| Step ladders on soft ground | Board + stake feet |
| Step ladder use as straight ladder | PROHIBITED |
|
✓ DO
✓ Inspect before every use
✓ Secure the top and feet ✓ Post warning signs at doors ✓ Keep centered on rungs ✓ Face the ladder when climbing |
✗ DO NOT
✗ Overreach or lean sideways
✗ Climb while carrying tools ✗ Stand on top two rungs ✗ Use step ladder as straight ladder ✗ Place on soft/uneven ground |
Aggie Safety training is built on these federal standards. Our instructors ensure your workforce understands each requirement and how it applies to your specific industry.
| Standard | Scope | Aggie Safety Support |
|---|---|---|
| 29 CFR 1926.502 | Fall protection systems criteria and practices for construction — guardrails, PFAS, safety nets, positioning devices, and warning lines | Training, system design review, competent person designation |
| 29 CFR 1926.503 | Training requirements for fall protection in construction — initial training, retraining, and certification requirements for workers and competent persons | Initial and retraining programs, certificate issuance, documentation |
| 29 CFR 1910.28 | Duty to have fall protection and falling object protection for general industry — walking-working surfaces including floors, stairs, docks, and elevated platforms | Gap assessment, training, compliance program development |
| 29 CFR 1910.29 | Fall protection systems and falling object protection criteria for general industry — system specifications and performance requirements | System selection guidance, hazard assessment, training |
| 29 CFR 1910.30 | Training requirements for walking-working surfaces and fall protection in general industry — certification and documentation requirements | Online and on-site training, bilingual delivery, recordkeeping |
| 29 CFR 1926.1053 | Ladder safety requirements for construction — portable ladder design, setup, use, and inspection requirements | Ladder safety training, inspection checklists, competent person training |
| ANSI/ASSE Z359 | Fall Protection Code — comprehensive voluntary consensus standards for fall protection equipment design, performance, and inspection | Equipment selection guidance, manufacturer compliance verification |
| 29 CFR 1926.451 | Scaffold safety — fall protection requirements for scaffold workers at 10 feet or above, including guardrails and personal fall arrest | Scaffold safety training, competent person program |
We've trained workers across construction, manufacturing, oil & gas, roofing, and plant operations throughout Texas.
A large portion of the construction and industrial workforce in Texas is Spanish-speaking. OSHA requires that training be conducted in a language and vocabulary each worker can understand. Aggie Safety delivers the full fall protection course in Spanish — same content, same certificate, same compliance.
