News

The 5 Most Dangerous Fall Hazards in Construction

The Short Answer: The five most dangerous fall hazards on a construction site are unprotected roof edges, floor openings and skylights, leading edges, ladders and elevated access and structural steel work. Recognizing these potential fall hazards early allows crews to plan protection before workers are exposed and helps prevent serious injury. Falls remain the leading cause of death in the construction industry. Even a fall to ground level or a lower level can result in serious injury or death. Construction workers in the United States have suffered approximately 300 fatal and 20,000 nonfatal fall-related injuries per year since 2013. Nearly half of all fatal occupational falls occur in construction, and four of OSHA's top 10 most cited violations involve fall hazards.  The good news is that most fall hazards are predictable. They tend to fall into a few common categories that show up on jobsite after jobsite. Understanding where falls most commonly occur helps crews conduct better hazard assessments and select the right fall protection before work begins. This guide covers five of the most dangerous fall hazards on the jobsite and the best practices for addressing each one. 1. Unprotected Roof Edges The Danger Unprotected roof edges are one of the most common fall hazards on a construction site. Workers performing roofing, inspections, maintenance or HVAC installation can be exposed to a fall any time they work near an unguarded edge. Roofing contractors account for the highest number of fall fatalities in the construction industry, and approximately 70% of fatal falls occur among workers employed by companies with fewer than 10 employees. The risk increases on low-slope roofs where the hazard may feel less obvious. Without a visible drop-off, workers can lose track of how close they are to the edge, especially when focused on the task at hand. A momentary loss of balance or a step in the wrong direction can result in a fall to a lower level. How to Address It Fall protection is required whenever workers are exposed to a roof edge six feet or more above ground level. Options include guardrail systems, fall restraint, fall arrest or overhead anchorage, depending on the work being performed and the layout of the roof. Guardrails provide passive protection and work well for long-term or high-traffic areas. For active work near the edge, a personal fall arrest system with a harness, SRL and rated anchor point keeps workers protected while allowing mobility. Planning tie-off locations before crews reach the roof helps ensure protection is in place from the start. 2. Floor Openings and Skylights Floor openings and skylights are responsible for some of the most preventable fall injuries on a construction site. These fall risk areas include skylights, floor holes, stair openings and access hatches. The Danger Skylights pose a particular risk because they can appear solid but are rarely designed to support a worker's weight. A worker who steps on or trips into an unguarded skylight can fall through to the level below. Uncovered floor openings create similar exposure. Workers focused on their task may not notice a hole in their path, especially in low-light conditions or congested work areas. OSHA considers any gap or void two inches or more in its least dimension to be a hole, and fall protection must be in place immediately after the opening is created. How to Address It OSHA requires that workers be protected from falling through any floor opening or skylight six feet or more above a lower level. Protection options include covers, guardrails or personal fall arrest systems. Covers must be secured and strong enough to support at least twice the weight of workers, equipment and materials that could be placed on them. They should also be clearly marked to prevent accidental removal.  Guardrails provide a visible barrier around larger openings. For skylights, protective screens or guardrail enclosures keep workers from making contact with the surface. When covers or guardrails aren't feasible, a fall arrest system with a harness and anchor point provides active protection on the jobsite.  3. Leading Edges A leading edge is the unprotected side or edge of a walking surface that is under construction. These conditions are common during steel erection, decking installation and framing work. As new sections are added, the location of the edge shifts, which means environmental hazards can change from hour to hour. The Danger A leading edge is the unprotected side or edge of a walking or working surface that is under construction. These conditions are common during steel erection, decking installation and framing work. As new sections are added, the location of the edge shifts, which means fall exposure can change from hour to hour. Workers near a leading edge face a higher risk of falls because guardrails and other passive protection systems often can't be installed until the work is complete. The temporary nature of the hazard can also lead to complacency, especially when crews are moving quickly to meet deadlines. How to Address It OSHA requires fall protection for any worker constructing a leading edge six feet or more above a lower level. Because guardrails are often impractical during active construction, personal fall arrest systems are the most common solution. A fall arrest system for leading edge work should include a full body harness, a leading edge-rated SRL and a secure anchor point. Crews should also conduct frequent hazard assessments as the work area evolves to ensure protection stays in place as conditions change. Administrative controls like crew communication and task planning should support engineering controls and PPE. Malta Dynamics offers Class 2 leading edge SRLs tested to exceed ANSI standards for sharp edge performance and designed to work with other fall protection systems. 4. Ladders and Elevated Access Ladders are one of the most common tools on a construction site, but they're also one of the most underestimated hazards. Falls from ladders account for a significant portion of jobsite injuries every year. The Danger According to the CDC, 81% of construction worker fall injuries treated in emergency departments are ladder-related. Many of these incidents occur from relatively low heights, but even a fall from six feet can cause serious injury. Common causes include improper ladder setup, selecting the wrong ladder for the task, overreaching and loss of balance. Workers are also at risk when transitioning on or off a ladder at elevation, especially when accessing roofs, scaffolds or other elevated surfaces. Ladders provide access but do not provide fall protection on their own. How to Address It Safe ladder use starts with selecting the right ladder for the job. Choose the correct type and height for the task, set up at the proper angle and confirm stability before climbing. Extension ladders should extend at least three feet above the landing surface for safe access. For fixed ladders over 24 feet, OSHA requires a personal fall arrest system or ladder safety system. Workers using portable ladders should maintain three points of contact while climbing and avoid carrying tools or materials that could affect balance. When work at height requires extended time or two-handed tasks, a ladder may not be the safest option. Consider alternatives like aerial lifts, boom lifts or scaffolding with proper fall protection. For more on ladder hazards and when additional protection is required, see our guide to Hidden Risks in Fall Protection: Ladders. 5. Structural Steel and Elevated Framework Work on steel beams and elevated structural elements presents some of the highest fall exposure on a construction project. Workers in these environments operate at significant heights with limited walking surfaces and few options for passive protection. The Danger Structural steel work often involves walking, climbing and positioning on narrow beams and open framework. The limited surface area increases the risk of slips and balance loss, especially when workers are carrying tools or materials. Movement across beams also introduces the potential for swing falls if anchor placement isn't carefully planned. In steel erection, the trigger height for fall protection is 15 feet for connectors and 30 feet for workers engaged in decking operations under certain conditions. But even at lower heights, a fall from structural steel can result in severe injury or death due to the obstacles and surfaces below. How to Address It Personal fall arrest systems are critical in structural steel environments. Workers should wear a full body harness connected to a rated anchor point via an SRL or shock-absorbing lanyard. Overhead anchorage is preferred when available, as it reduces free fall distance and limits swing fall exposure. Beam clamps, trolleys and other temporary anchor systems allow workers to stay connected while moving across the structure. Planning tie-off points before work begins helps crews maintain 100% tie-off throughout the task. For more on anchor options for steel work, see our guide to understanding anchorage requirements. Key Takeaways Most fall hazards on a construction site fall into a few predictable categories. Recognizing these hazards early allows crews to plan protection before work begins. Keep these points in mind: Unprotected roof edges require guardrails, fall restraint or fall arrest systems Floor openings and skylights must be covered, guarded or protected with fall arrest Leading edges change as work progresses and require frequent reassessment Ladders provide access but not fall protection on their own Structural steel work demands personal fall arrest and careful anchor planning Hazard assessments should happen before work begins and again when conditions change Proper training helps workers recognize hazards and respond before incidents occur Equipment selection should match the specific hazard and task requirements Proper employee training, equipment selection and jobsite awareness are key to reducing fall risk. Staying proactive about hazard identification helps ensure every worker goes home at the end of the day. Protect Your Crew From the Most Common Fall Hazards Fall protection starts with knowing where the hazards are and having the right systems in place before exposure occurs. When crews understand the risks and have access to proper equipment, preventable incidents stay preventable. At Malta Dynamics, we design fall protection systems for the hazards crews face every day. From harnesses and SRLs to anchors and safety training, our gear is field-tested and built for real jobsite conditions. Explore our full line of fall prevention and protection equipment or contact our team to find the right solutions for your crew.