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Ladders and stepladders: risk assessment and method statement

Use of leaning ladders and stepladders at the site for access and short-duration, light work at height where a risk assessment shows more suitable equipment is not justified, set up on firm, level ground and secured.

A starting point, not a finished RAMS. SiteHelm's RAMS, COSHH and CDM templates are a starting point. A competent person must check them for each job. You stay responsible for safety on your site. Add the hazards particular to your site before you use it.

Risk assessment

Risk = severity × likelihood, each from 1 to 5. 1 to 3 is low, 4 to 6 medium, 8 to 12 high and 15 to 25 very high.

HazardWho might be harmed and howRiskControlsWith controls
Ladder slipping or sliding at the base or topOperatives may fall when the ladder base slides out or the top slips, resulting in serious or fatal injury.5 × 3 = 15
Very high
  • Ladder set at 75 degrees using the 1 in 4 rule.
  • Ladder tied, fitted with a stability device or footed by a second person.
  • Base on firm, level, clean ground; never on loose materials or boxes.
  • Top rests on a solid surface, not on plastic guttering or glazing.
5 × 1 = 5
Medium
Falling from the ladder while workingOperatives may overreach or lose balance and fall from the ladder, resulting in serious injury.5 × 3 = 15
Very high
  • Three points of contact maintained when climbing and wherever possible at the work position.
  • Belt buckle kept within the stiles; no overreaching.
  • Ladders used only for light work of short duration (under 30 minutes at a time).
  • Alternative equipment (podium, tower, MEWP) used where the task is longer or heavier.
5 × 1 = 5
Medium
Stepladder toppling or collapsingOperatives may fall when a stepladder tips sideways or is not locked open, resulting in serious injury.4 × 3 = 12
High
  • Stepladder fully opened with locking devices engaged and all four feet on the ground.
  • Top three steps not stood on unless there is a suitable handhold.
  • Stepladder faced square to the work, not side-on.
  • Stepladders not used to access another level.
4 × 1 = 4
Medium
Defective ladder or wrong class of ladderOperatives may fall if a ladder with damaged stiles, rungs or feet fails, resulting in serious injury.4 × 3 = 12
High
  • Only ladders to BS EN 131 Professional used.
  • Pre-use check of stiles, feet, rungs and locks each day.
  • Detailed inspections recorded and ladders tagged.
  • Damaged ladders removed from use and destroyed or labelled.
4 × 1 = 4
Medium
Falling at the stepping-off point on a landingOperatives may fall when stepping on or off at the top of an access ladder, resulting in serious injury.5 × 2 = 10
High
  • Access ladders extend at least 1m above the landing point.
  • Ladder tied at the top and secured against movement.
  • Handhold available at the landing.
  • Landing kept clear of materials and debris.
5 × 1 = 5
Medium
Contact with overhead power lines or live servicesOperatives may be electrocuted if a metal ladder touches overhead lines, resulting in fatal injury.5 × 2 = 10
High
  • Overhead lines identified before ladders are carried or erected.
  • Non-conductive ladders used near electrical equipment.
  • Ladders carried horizontally near overhead cables.
  • Live electrical work isolated before work starts.
5 × 1 = 5
Medium
Carrying tools and materials up the ladderOperatives may lose grip and fall when carrying loads up the ladder, resulting in serious injury.4 × 3 = 12
High
  • No carrying tools up ladders; tool belt or hoist line used.
  • Loads kept light and small enough to keep a hand free.
  • Tools tethered where work is above others.
  • Heavier materials raised by hoist or other means.
4 × 1 = 4
Medium
Persons below struck by falling objectsOthers passing below may be struck by tools or materials dropped from the ladder, resulting in head injury.3 × 3 = 9
High
  • Area at the ladder base coned or barriered.
  • Ladders not placed in doorways or traffic routes unless protected.
  • Tools secured in a belt or tethered.
  • Hard hats worn by persons in the area below.
3 × 1 = 3
Low
Manual handling when carrying laddersOperatives may suffer back or shoulder strain carrying long ladders, resulting in musculoskeletal injury.3 × 3 = 9
High
  • Long ladders carried by two operatives.
  • Correct manual handling technique used.
  • Clear route planned before carrying.
  • Ladders stored on racks at a working height.
3 × 1 = 3
Low

Weather: No external ladder work in high winds, heavy rain, ice or snow; wet or muddy rungs to be cleaned first.

Method statement

Supervision and briefing

Operations will be controlled by a competent supervisor. Ladders will only be used where a risk assessment has shown that more suitable equipment is not justified because the work is low risk and short duration.

All operatives involved will be briefed on:
- Safe setting up, securing and use of ladders and stepladders
- Pre-use checks and removing defective ladders from use
- Weather-related stop/start criteria
- Emergency procedures

PPE

  • Safety boots
  • Gloves
  • Hi-visibility clothing
  • Hard hats
  • Eye protection where necessary

Plant and equipment

  • Ladders and stepladders to BS EN 131 Professional
  • Ladder stability device or tie-off straps
  • Tool belt and tool lanyards
  • Cones or barriers for the ladder base
  • Ladder inspection register and tags
  • First aid kit

Things to watch for

Ladder work at the site will be limited to light, short-duration tasks; longer or heavier work will use podiums, towers or MEWPs.

Particular care must be taken to avoid:
• Overreaching and working off the top steps
• Setting ladders on uneven, soft or slippery ground
• Resting ladders on guttering, glazing or fragile surfaces
• Placing ladders in doorways or walkways

Ladder use will be agreed with the site manager as part of each task plan.

Working conditions

The base of each ladder will be coned off. Ground will be firm, level and clean. Doors near ladders will be locked or guarded. Work areas will be adequately lit and kept free of trailing cables.

Access

Access to the work area is by the agreed site entrance and walkways at the site. No carrying tools up ladders to maintain 3 points of contact. Materials will be lowered via hoist/chute or hand-to-hand; materials will not be thrown from height.

Where the work is

Short-duration work positions around the site as agreed with the site manager; ladders returned to the secure store at the end of the shift.

Sequence of work

  1. Brief operatives on the task and controls; confirm a ladder is the right equipment for the work.
  2. Carry out and record the pre-use check of the ladder or stepladder.
  3. Check the ground, overhead lines and landing point at the work position.
  4. Cone off the base area and secure nearby doors.
  5. Set leaning ladders at 75 degrees (1 in 4) with at least 1m above any landing.
  6. Tie, fit a stability device or foot the ladder before climbing.
  7. Open stepladders fully with locks engaged and all four feet on the ground.
  8. Climb with three points of contact, carrying tools in a belt only.
  9. Carry out the task without overreaching, moving the ladder as needed.
  10. Descend, remove and inspect the ladder after use.
  11. Return ladders to the store, clear the area and remove barriers.

Emergencies

Stop work immediately, make the area safe, move people out of danger, report it to the site manager or supervisor, and call 999 if anyone is hurt or in danger.

References

Work at Height Regulations 2005; HSE INDG455 Safe use of ladders and stepladders; BS EN 131; Ladder Association guidance.

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  1. Pick the tasks. One task, or several to make a RAMS pack for the job, from 104 ready-made tasks in folders.
  2. Tell it about the job. The site, the client, the dates, and the hazards that are particular to this site. SiteHelm PRO won't let you skip the site hazards.
  3. Make it yours. Change any hazard, who's at risk, the ratings and the controls, add your own, and write the method in your own words.
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