Ladder Safety

Date: 2026-07-07

Duration: [DURATION] minutes

Presenter: [PRESENTER NAME]

Location: [LOCATION]

Objective

Provide workers with practical guidance on selecting the correct ladder, inspecting it before use, setting it up properly, maintaining three points of contact, controlling fall hazards, respecting load limits, removing damaged equipment from service, understanding OSHA-related ladder safety requirements, identifying common hazards, and reinforcing the need for worker training.

Introduction

Ladder-related incidents remain a major cause of workplace injuries and fatalities. Falls from ladders can result in broken bones, head injuries, dislocations, and death. These incidents often occur when the wrong ladder is selected, the ladder is defective, the setup is unstable, or the worker overreaches or carries materials while climbing. Safe ladder use depends on choosing the correct ladder for the task, inspecting it before each use, setting it on a stable surface at the proper angle, and following safe climbing practices every time.

Presenter Note: Open by asking who uses ladders regularly and what type of ladder is most common on the jobsite. Emphasize that ladder safety is not just about the ladder itself, but also about task planning, setup, and worker behavior.

Key Points

• 1. Select the Right Ladder for the Job: Choose a ladder that matches the task, height, environment, and electrical exposure. Stepladders are self-supporting and intended for smaller tasks, while extension ladders are non-self-supporting and must be placed against a stable structure. Fiberglass ladders should be used where electrical hazards may exist because metal ladders can conduct electricity. The ladder must also be the correct type and length so workers do not need to stand on the top step, top rung, or overreach to complete the work. [1] [2] [4]
  • Match ladder type to the task and access height.
  • Use nonconductive materials when electrical exposure is possible.
  • Never use a ladder as a substitute for scaffolding or a work platform unless it is specifically designed for that purpose.
• 2. Inspect the Ladder Before Every Use: A pre-use inspection helps identify defects before they cause a fall. Check for bent, broken, cracked, missing, or worn rungs, steps, side rails, feet, braces, rivets, bolts, and other hardware. Confirm that movable parts operate freely, labels are readable, and the ladder is free of grease, oil, mud, or other slippery substances. Any ladder found defective must be removed from service, tagged, and repaired or destroyed according to site procedure. [1] [3] [11]
  • Inspect joints, rails, rungs, feet, spreaders, locks, and hardware.
  • Look for corrosion, splinters, loose fasteners, and worn slip-resistant feet.
  • Remove damaged ladders from service immediately.
• 3. Set Up the Ladder Correctly: A ladder must be placed on firm, level, stable footing and positioned so it cannot slip, tip, or shift. For extension ladders, use the 4:1 rule: place the base one foot out for every four feet of working height. Extension ladders used to access an elevated surface must extend at least 3 feet above the landing point. Stepladders must be fully opened with spreaders locked, and they must never be leaned against a surface. Keep the area around the ladder clear of traffic, debris, cords, and materials. [3] [12] [8]
  • Use the 4:1 ratio for extension ladder angle.
  • Extend extension ladders at least 3 feet above the landing.
  • Fully open stepladders and lock spreaders before climbing.
• 4. Maintain Three Points of Contact and Avoid Overreaching: Workers should keep three points of contact on the ladder while climbing up or down, using either two hands and one foot or two feet and one hand. Face the ladder at all times, keep the body centered between the side rails, and move the ladder instead of leaning or stretching beyond safe reach. Carry tools in a tool belt, hoist, or hand line rather than in your hands while climbing. Only one person should be on the ladder at a time unless the ladder is specifically designed for multiple users. [5] [9] [2]
  • Keep your belt buckle or body centered between the side rails.
  • Do not lean sideways or reach beyond the rails.
  • Use a tool belt, hoist, or hand line for tools and materials.
• 5. Respect Load Limits and Ladder Duty Ratings: Every ladder has a maximum intended load that includes the worker, tools, materials, and any other anticipated load. Exceeding the duty rating can cause the ladder to become unstable, fail structurally, or tip unexpectedly. Workers must verify the rating label before use and ensure the ladder is suitable for both the person using it and the equipment being carried. [1] [3] [12]
  • Check the duty rating label before climbing.
  • Include tools, materials, and accessories in the load calculation.
  • Do not improvise or overload a ladder to save time.
• 6. Train Workers and Enforce Safe Work Practices: Ladder safety depends on training, supervision, and consistent enforcement. Workers must be trained to recognize ladder hazards, understand proper setup and use, and know when a task should be done with another access method such as scaffolding or a lift. Supervisors should reinforce safe behaviors, correct unsafe practices immediately, and ensure ladders are stored, maintained, and transported properly. [5] [13] [6]
  • Train workers to recognize hazards and control measures.
  • Use supervision and accountability to reinforce safe behavior.
  • Choose another access method when the task cannot be done safely from a ladder.

Hazard Identification

Common ladder hazards are predictable and preventable. Most incidents involve unstable setup, defective equipment, overreaching, improper climbing technique, or exposure to electrical hazards. Identifying these hazards before work begins is one of the most effective ways to prevent falls and serious injuries.

• Using the wrong ladder type or using a ladder for a task it was not designed to perform: The ladder may tip, slip, or fail structurally, leading to falls, fractures, head injuries, or fatal injuries. (Risk: High)
• Defective, damaged, or poorly maintained ladder components: Broken rungs, loose hardware, worn feet, or cracked rails can cause sudden collapse or loss of balance. (Risk: High)
• Improper setup on unstable, uneven, slippery, or obstructed surfaces: The ladder can shift, slide, or overturn, causing the worker to fall from height. (Risk: High)
• Overreaching, side loading, or failing to maintain three points of contact: The ladder can become unstable and the worker may lose balance and fall. (Risk: High)
• Electrical contact from metal ladders or work near energized conductors: The worker may receive severe shock, burns, arc-flash injuries, or electrocution. (Risk: High)

Presenter Note: Ask the group to identify ladder hazards they have seen on site, then connect each hazard to a likely consequence. Reinforce that many ladder incidents happen because several small mistakes occur together.

Control Measures

Use the hierarchy of controls by first eliminating the need to work from a ladder when possible. If the task can be completed more safely from the ground, a scaffold, or a lift, choose that option. Where ladder use is necessary, apply engineering controls such as stable footing, ladder levelers, tie-off or securing methods, and nonconductive ladder materials for electrical exposure. Administrative controls include training, inspection, supervision, and clear work procedures. PPE supports the task but does not replace proper ladder selection, setup, and use.

• Select the correct ladder type, length, and duty rating for the task: Verify the ladder is appropriate for the work height, environment, and load. Use fiberglass or other nonconductive ladders where electrical hazards may exist. [1] [9]
• Inspect ladders before each use and remove defective ladders from service: Check rails, rungs, feet, spreaders, locks, hardware, labels, and cleanliness. Tag defective ladders and prevent reuse until repaired or discarded. [7] [11]
• Set ladders on firm, level, stable footing and secure them against displacement: Use the 4:1 rule for extension ladders, keep feet on non-slip surfaces, and barricade or secure the area where the ladder could be bumped or displaced. [12] [3]
• Keep the work zone around the ladder clear: Remove debris, cords, tools, and materials from the top and bottom of the ladder. Keep doors controlled and prevent pedestrian or vehicle traffic from striking the ladder. [2] [7]
• Maintain three points of contact and avoid overreaching: Climb facing the ladder, keep the body centered, and reposition the ladder instead of leaning beyond the rails. Use a tool belt or hand line for tools. [11] [10]
• Control electrical hazards before ladder work begins: Identify overhead lines and energized equipment before moving or setting the ladder. Use nonconductive ladders and maintain safe clearance distances as required by site rules and applicable standards. [7] [5]

Safe Work Procedures

1. Plan the task before bringing the ladder into the work area. Confirm that ladder work is the safest access method and that the correct ladder type and length are available.
2. Inspect the ladder completely before use. If any defect, instability, or contamination is found, tag the ladder out of service and replace it.
3. Set the ladder on firm, level footing, fully open stepladders, and secure extension ladders at the proper angle and height above the landing.
4. Climb and descend facing the ladder while maintaining three points of contact. Keep tools controlled and do not overreach.
5. Stop work immediately if the ladder shifts, becomes unstable, or is damaged during use. Reinspect before continuing.

Presenter Note: Walk the group through the sequence: plan, inspect, set up, climb, work, and stop if conditions change. Encourage workers to describe how they would reposition the ladder instead of reaching farther.

Personal Protective Equipment (PPE) Requirements

• Slip-Resistant Safety Footwear: Wear closed-toe footwear with clean, nonskid soles to improve traction on ladder rungs and reduce the chance of slipping while climbing or descending. Footwear should be in good condition and free of mud, oil, or other contaminants that could reduce grip. [8]
  • Keep soles clean and dry.
  • Replace worn footwear that no longer provides traction.
• Work Gloves as Appropriate: Use gloves when handling ladders to improve grip and protect hands from sharp edges, splinters, or rough surfaces. Gloves should fit properly and not interfere with safe climbing or the ability to grasp the ladder securely. [1]
  • Choose gloves that preserve dexterity.
  • Do not use bulky gloves that reduce grip control.
• Eye Protection: Wear safety glasses when the task involves overhead work, dust, debris, or the possibility of falling material. Eye protection does not prevent falls, but it helps reduce secondary injuries while working from or near a ladder. [4]
  • Use task-appropriate lens protection.
  • Keep lenses clean for visibility.
• Task-Specific Electrical PPE: When ladder work occurs near electrical hazards, use the PPE required by the electrical task and site procedure. PPE must be paired with nonconductive ladder selection and safe clearance practices; it is not a substitute for controlling the electrical hazard. [5]
  • Follow electrical work procedures and clearance rules.
  • Use only PPE approved for the specific electrical exposure.

PPE supports ladder safety, but it cannot correct a poor ladder choice, unstable setup, or unsafe climbing behavior. Inspect PPE before use, keep it clean and serviceable, and replace damaged items promptly.

Real-World Example or Case Study

A worker needed to change a light fixture and chose a stepladder that was already on site. The ladder was not fully opened, one foot was on a slightly uneven surface, and the worker carried the fixture parts in one hand while climbing. As the worker reached sideways to install the fixture, the ladder shifted and the worker fell, resulting in a sprained wrist and a head injury. The incident was preventable: the worker should have inspected the ladder, fully opened and locked the spreaders, leveled the footing, used a tool bag or hand line, and repositioned the ladder instead of overreaching. The lesson is that several small shortcuts can combine into a serious fall event.

Presenter Note: Use this example to show how multiple minor errors can stack up into one serious incident. Ask the group which step failed first and how the outcome could have been changed.

Group Discussion

Discuss the following questions:

1. What ladder hazards are most common in our work areas, and how do we control them before climbing?
2. When should we stop using a ladder and choose another access method such as a scaffold or lift?
3. What is one habit you can improve today to reduce ladder fall risk?

Presenter Note: Encourage short, practical answers. If workers mention a recent task, discuss how the ladder should have been selected, inspected, and positioned for that specific job.

Emergency Procedures

1. If a ladder shifts, slips, or becomes unstable, stop work immediately, maintain your balance if possible, and descend carefully without making sudden movements.
2. If a fall occurs, call for emergency medical assistance right away, do not move the injured person unless there is an immediate danger, and secure the area to prevent additional incidents.
3. If electrical contact is suspected, do not touch the ladder or victim until the power source is confirmed safe and emergency responders or the utility company have been notified.

Questions and Answers

Ask questions at any time. If a ladder situation is unclear, stop and verify the correct procedure before continuing work.

• Q: Why is ladder inspection required before every use?

A: Inspection helps identify defects such as cracked rails, loose hardware, worn feet, corrosion, or contamination that could cause the ladder to fail or slip during use. [1] [11]

• Q: Can a stepladder be leaned against a wall like a straight ladder?

A: No. A stepladder is self-supporting and must be fully opened with the spreaders locked. It is not designed to be used as a straight ladder. [8] [11]

• Q: What is the correct climbing position on a ladder?

A: Face the ladder, keep your body centered between the side rails, and maintain three points of contact while climbing up or down. [9] [10]

• Q: What should be done with a damaged ladder?

A: Tag it out of service immediately, remove it from the work area, and repair or discard it according to company procedure. Damaged ladders should not be used until they are made safe. [3] [11]

Summary

Recap of main points:

• Choose the right ladder for the task, environment, and load, including nonconductive options where electrical hazards exist.
• Inspect ladders before every use and remove damaged equipment from service immediately.
• Set ladders on stable footing, use the correct angle and extension height, and fully open stepladders before climbing.
• Maintain three points of contact, avoid overreaching, and reposition the ladder instead of leaning beyond the rails.
• Train workers, enforce safe practices, and stop work whenever conditions become unsafe.

Action Items

Specific actions participants should take:

1. Inspect every ladder before use and report defects immediately.
2. Use the correct ladder type and duty rating for the job and load.
3. Keep three points of contact and never overreach while on the ladder.
4. Remove damaged ladders from service and ensure they are tagged or destroyed per site procedure.
5. Speak up if the task, surface, or electrical conditions make ladder use unsafe.

Remember: Right ladder, right setup, right climb — every time.

Report all hazards, near-misses, and incidents to your supervisor immediately.

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