Health and Safety Executive

This website uses non-intrusive cookies to improve your user experience. You can visit our cookie privacy page for more information.

Social media

Javascript is required to use HSE website social media functionality.

What causes slips and trips

Slip and trip accidents can happen for a number of reasons, but all too frequently we jump to conclusions about why they happen rather than really looking for the true cause or, we decide that it is just one of those things and do nothing.

The following should help you to understand what causes a slip or trip and give you some ideas on what you can do to stop accidents from happening again. What you may find is that there are a number of options open to you that are quite straightforward and relatively easy to implement.

The diagram below is the slip and trip potential model. The bubbles highlight the main factors that can play a part in contributing to a slip or trip accident. One or more may play a part in any situation or accident. Click on each bubble for more information

Slip and trip potential flowchart cleaning flooring environment footwear people contamination and obstacles

[back to top]

Flooring

Stairs should have:

For detailed information on flooring and stairs see Safer surfaces to walk on, CIRIA

Case studies

[back to top]

Contamination

Most floors only become slippery once they become contaminated. Prevent contamination and you reduce or even eliminate the slip risk.

Contamination can be classed as anything that ends up on a floor e.g. rainwater, oil, grease, cardboard, product wrapping, dust etc. the list is endless. It can be a by-product of a work process or be due to adverse weather conditions. If product ends up on the floor it is costing the company money.

First think about whether you can eliminate the problem, e.g.

If not, can the contamination be controlled e.g.: -

If you can’t stop contamination from getting onto a floor you will need to ensure that it is cleaned effectively and quickly. More information on cleaning.

If you are relying on the floor to be good enough to cope with the contamination and still be non-slip you need to remember that the more viscous (the thicker) the contamination the rougher a floor needs to be in order for slips not to happen. (For more information look at ‘ Assessing the slip resistance of flooring’ for more information on surface roughness )

Case studies

[back to top]

Obstacles

50% of all trip accidents are caused by bad housekeeping. So improving housekeeping would eliminate a large number of accidents.

Good housekeeping doesn't cost money; it just takes a little personal effort. Do all staff at your workplace (workers, managers, cleaners, maintenance technicians etc.) have a see it, sort it attitude?

Case studies

[back to top]

Cleaning

Cleaning affects every workplace, nowhere is exempt. It is not just a subject for cleaning managers and staff; everyone in the workplace has a job to do e.g. keeping your workspace clear; and dealing with your own spillages.

The process of cleaning can create slip and trip hazards, especially for those entering the area being cleaned, such as the cleaners, for example, smooth floors left damp by a mop are likely to be extremely slippery and trailing wires from a vacuum or buffing machine can present a trip hazard.

An effective cleaning regime requires a good management system to help you identify problem areas, decide what to do, act on decisions made and check that the steps have been effective. Good communications are needed at all levels e.g. between equipment and chemical suppliers to ensure suitability of product for the type of contaminant and floor.

Effective training and supervision is essential to ensure cleaning is undertaken to the correct standard. Cleaners need to be informed of their duties and why the cleaning needs to be undertaken in a particular way or at a particular time. Lack of understanding can lead to inappropriate shortcuts.

Contamination is implicated in almost all slip accidents. Regular and effective cleaning to remove contamination helps reduce accidents.

Top tips -

People often slip on floors that have been left wet after cleaning. Stop pedestrian access to smooth wet floors by using barriers, locking doors, or cleaning in sections. Signs and cones only warn of a hazard, they do not prevent people from entering the area. If the spill is not visible they are usually ignored

For more information on cleaning and preventing slips and trips look at the guidance sheet ‘Cleaning and its impact on slips and trips [PDF 60kb]

Case studies

[back to top]

People or human factors

How people act and behave in their work environments can affect slips and trips.

Individual behaviour

Physical attributes - If individuals have a physical problem that stop them from seeing, hearing, or walking in a regular manner it can increase the likelihood of an accident that effects gait and ability to walk

Factors in work, or created by the work activity can help stop or increase the risk of slips and trips.

Look at: -

Case studies

Further information

[back to top]

Environment

Environmental issues can increase the risk of, or prevent slips and trips, so it is important to take them into consideration. But firstly, what does the term ‘Environment’ mean as regards slips and trips? Lighting (natural or otherwise), loud or unfamiliar noises, the weather, humidity, condensation etc.

The following gives an indication of how they can affect slips and trips

More information on ‘Environment’ can be found in the Safer surfaces to walk on, CIRIA

Case studies

[back to top]

Footwear

Footwear can play an important part in preventing slips and trips.

Choosing the most suitable slip-resistant footwear for a particular environment / work activity can be difficult. Descriptions of slip-resistance given in suppliers brochures range from ‘improving the grip performance’ to ‘excellent multi-directional slip-resistance’, but often do not describe the work environments for which footwear are, or are not, suitable.

Slip-resistant industrial footwear will normally have been tested for slip-resistance according to BS EN 13287:2004 - Personal protective equipment – Footwear – Test method for slip resistance, often using SATRA test method TM 144. Do not select footwear on the basis of brochure descriptions or laboratory test results alone. Footwear, which claims ‘slip-resistance’, may not perform well in your work environment. So how can you make the best choice?

Case studies

If you would like further information use the contact us feedback form.

Social media

Javascript is required to use HSE website social media functionality.

Updated 2012-11-21