Why OSHA-Compliant Fall Protection Still Fails | The 17.5 Foot Rule

Most workers believe that wearing a harness automatically guarantees survival during a fall. But OSHA-compliant gear alone does not save lives. In this video, we break down the hidden mathematics behind personal fall arrest systems (PFAS) and explain why workers still hit the ground even while wearing approved equipment. You’ll learn: • The difference between a harness and a lanyard • Why fall protection is a complete integrated system • The deadly consequences of poor harness fit • What suspension trauma really does to the body • How shock-absorbing lanyards work • Why standard lanyards require 17.5 feet of clearance • When self-retracting lifelines (SRLs) become mandatory • The dangers of leading-edge fall hazards • Why anchor point strength determines system survival • How to inspect fall protection equipment properly We also cover: OSHA fall protection requirements PFAS systems ANSI Class 2 leading-edge SRLs Dorsal D-ring safety Suspension trauma relief straps Clearance calculations Fall arrest force management Construction fall hazards Roofing and scaffolding safety Leading edge tie-off hazards This video is essential for: Construction Workers Safety Officers Roofing Crews Scaffold Workers Telecom Tower Technicians Ironworkers Steel Erectors EHS Professionals OSHA Trainers Site Supervisors Fall protection is not just equipment. It is a mathematical engineering system where one wrong calculation can become fatal. Subscribe to HSE Study for more videos on: OSHA regulations, construction safety, fall protection systems, industrial safety, scaffolding safety, EHS leadership, and workplace hazard prevention. #Hashtags #FallProtection #OSHA #ConstructionSafety #SafetyHarness #WorkplaceSafety #IndustrialSafety #EHS #Scaffolding #RoofingSafety #SafetyProfessional #PFAS #SRL #OccupationalSafety #HSE #HSEStudy