A ready-to-deliver toolbox talk for foremen and supervisors. 8-10 minute spoken script plus briefing register for operative sign-in.
Slips, trips and falls don't get the respect they deserve. They're not as dramatic as a fall from height or a strike from a swinging load, so people treat them as a punchline. The numbers say otherwise. Around a third of all reported workplace injuries in UK construction are slips, trips or falls on the same level. They cause more broken bones, more lost time and more careers ended at 55 than any other category. This is the talk that gets the team taking the boring injury seriously.
Why it matters
The Workplace (Health, Safety and Welfare) Regulations 1992 require workplaces to be kept in a safe condition for the people working in them, with floors free of obstructions, slip risks controlled, and routes properly maintained. CDM 2015 puts the same duty on the principal contractor and contractors for construction work. The HSE consistently reports slips trips and falls as the biggest single source of major and over-7-day injury on construction sites. The fix is almost always free or near-free; the cost of not fixing it is broken hips, snapped ankles, head injuries on edges, and sometimes (off stairs or scaffolds) fatalities.
Spoken script for the supervisor. Read or paraphrase, in order.
Why we take the boring injury seriously
A fall from a 6-metre roof gets everyone's attention. A trip over a trailing cable that lands you on your hip doesn't. But the bloke with the broken hip is still off work for 12 weeks, still ends up with arthritis at 55, still loses earnings he doesn't get back. Slips, trips and falls on the same level account for around 30% of all reported workplace injuries and they're the single biggest cause of major injury in construction. We're going to talk about how almost all of them are preventable with five simple things.
The three categories
Slips happen when your foot loses grip on the surface. Wet floors, mud, ice, polished concrete, leaking hydraulic fluid, dust on smooth surfaces. Trips happen when your foot catches on something it didn't expect. Trailing cables, offcuts, edges of plywood sheets, raised covers, kerbs at the wrong height, change in surface level. Same-level falls are the ones where you end up on the floor in the same place you were standing. Different from falls from height, which we covered in the working at height talk. Most STF injuries are same-level falls, and that's where this talk focuses.
Why construction sites are worse than other workplaces
An office floor is the same on Wednesday as it was on Monday. A construction site changes hourly. The ground that was firm at 8am is muck at 11am because the wagon came in. The route that was clear at lunch is full of timber cuts by 3pm because the brickie is cracking on. Multiple trades, multiple cables, multiple materials, multiple weathers. The default state of a busy site is hazardous; keeping it safe is active work, not passive.
The five controls (in order)
First: keep it clear. Housekeeping is the single biggest STF control there is. End of every task, end of every shift, the area you've worked in is left tidier than you found it. Offcuts in the skip, cables coiled, hoses up off the floor, materials stacked back where they belong. Second: keep it dry. Spills cleaned immediately, not at the end of the shift. Hydraulic leaks reported the moment they're spotted. Rainwater funnelled away from walkways. Third: light it. Stairs and changes of level get extra task lighting in winter. Site lighting working before the dark shift starts, not when someone falls. Fourth: mark it. Hazards that can't be removed get cones, tape, signage. The temporary hole, the change of level, the wet patch that hasn't dried, all flagged so people see them. Fifth: dress for it. Safety boots with grip, not boots worn smooth. Soles checked at start of every shift. Replaced before they fail.
Stairs: the single biggest STF source
More serious STF injuries happen on stairs than anywhere else on site. Specifically: scaffold stairs (treads with grit worn off), site cabin steps (poorly fixed and slippery in rain), stairs with no nosings (where your eye can't see the edge), stairs being used to carry materials (one hand on the load, no hand on the rail). Rules: hand on the rail every time, no carrying materials up or down by hand if a hoist or trolley exists, never run on stairs, replace worn tread covers immediately, never let workers carry materials taller than chest height (they can't see the next step).
Weather: the predictable problem
Rain, ice and frost turn ordinary surfaces into ice rinks. Steel deck on a frosty morning. Polythene sheet over excavated ground after rain. Clean tile in a finished interior with wet boots tracked in. Wood ramps with no grip strip. The fix is anticipation: grit out before the frost, drainage maintained, mats at entrances, wet boot covers off in finished areas, work scheduled around weather where possible. Specifically: if forecast says ice tonight, grit gets put out before everyone goes home, not at 6am tomorrow when someone's already on the deck.
Footwear: when boots aren't enough
Safety boots to BS EN ISO 20345 S3 are the baseline (covered in the PPE talk). But even good boots wear out. Soles go smooth after 6-12 months of heavy use. Check them at start of every shift: tread visible, no bald patches, sole intact, no splits. If they're worn smooth, you're walking in trainers. Some surfaces need extra: ice cleats for genuinely icy work, slip-on overshoes with extra grip for finished tile floors. If you're regularly working in wet ground, S5 wellingtons rather than S3 leather are right.
Pay attention as you walk
Most STF injuries happen because someone was looking at their phone, talking to a mate, carrying something that blocked their view, or just on autopilot. The site you walk around isn't a static thing. Look where your feet are going. Look one step ahead. If you're carrying something tall, walk slower and take known routes. If you're in a hurry, you're more likely to fall. Five seconds saved by cutting across the timber stack costs three months of rehab on a broken ankle.
What the supervisor should be actively spotting on walk-arounds.
Ask one or two of these at the end. Confirms attention more than a silent nod.
Need site-specific RAMS for the job this talk is about?
A toolbox talk is generic by design. It works on every site. Your RAMS isn't. Briefkit writes a site-specific RAMS for your actual job: the hazards, sequence, PPE, competencies and emergency arrangements that apply to this work, at this address, by this team. £30 per document.
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