Free risk assessment template for trades
Fill in a risk assessment for a job or a site in the same seven columns HSE uses, add trade hazards from a list of 13, then print it or keep it as a PDF. It is free, needs no account, and stays in this browser.
- Follows HSE's own template, column for column
- Trade hazards from HSE guidance, ready to edit
- Print-ready A4, saved on this device only
It opens with the part rewire example below, five hazards already started. Change the job details, use "Add a common trade hazard" to add a row from the list, then edit each row to fit the job. "Start blank" clears the hazards.
The job
Hazards
Saved in this browser only. HSE's advice: do not just copy an example. Make it about your job, and review it if the work, the site, the people or the equipment change.
Risk assessment
| Company | Assessed by | ||
|---|---|---|---|
| Job or site | Date carried out | 2026-10-23 | |
| Client | Next review | ||
| Job | Part rewire of a three-bedroom semi built in 1974, family in residence, two electricians. | ||
| Especially at risk | The household, including children, during the work. | ||
| What are the hazards? | Who might be harmed and how? | What are you already doing? | What further action is needed? | By whom | By when | Done |
|---|---|---|---|---|---|---|
| Fibres released by disturbing asbestos-containing materials (AIB, textured coatings, etc.) in buildings built or refurbished before 2000 | Workers; occupants; anyone else in the building | Before breaking into the fabric, ask the owner or duty holder for the asbestos register or survey (refurbishment survey if breaking into the fabric); asbestos awareness training; if suspected, stop work and do not restart until checked; non-licensed work only with a specific asbestos risk assessment and training; higher-risk work by an HSE-licensed contractor | ||||
| Respirable crystalline silica and wood dust from cutting, chasing, drilling, grinding; lung cancer, silicosis, COPD, asthma | The operator; others in the area; occupants | Stop or reduce the dust (right-size materials, block splitter instead of cut-off saw, different method); water suppression used throughout the cut; on-tool extraction with an H or M class unit (not a general vacuum); RPE with APF 20, face-fit tested, clean shaven; limit people nearby; enclose with sheeting; clean with a vacuum, not sweeping | ||||
| Shock and burns from live circuits, cables hidden in walls, buried cables, overhead lines | Workers; others nearby | Up-to-date services map; cable locator before digging or cutting; supply turned off and secured so it cannot be turned on without you agreeing (lock off); competent people for electrical work; danger notices on live circuits; look up for overhead lines | ||||
| Falls from the ladder; ladder slipping or collapsing | The user; people walking near or under it | Only for low-risk, short-duration work (other kit if more than 30 minutes at a time); pre-use check of stiles, feet, rungs, locks, platform, treads at start of day and after anything changes; firm, level, clean ground, proprietary levellers not bricks; secure: tie both stiles, else stability device, else wedge, footing as last resort; access ladders extend at least 1m above landing; don't overreach or overload; barriers or cones to keep people away; competent users | ||||
| Uneven surfaces, obstacles, materials and waste, trailing cables, wet surfaces, changes in level | Workers; the household; visitors | Housekeeping; planned deliveries; a set place for waste; cables at high level or cordless tools; grit or cover wet surfaces; mark or ramp changes in level; good lighting; footwear with grip |
Review this assessment if the work, the site, the people or the equipment change, or after an accident or near miss.
Do you need a risk assessment, and must it be written?
If you employ anyone, yes, you must assess the risks. Writing it down is a legal requirement only once you have five or more employees. Below that, the duty to think it through and control the risks is the same; you just do not have to keep a record. Most trades write one anyway, because main contractors, letting agents and commercial customers ask for it before you start.
The duty comes from regulation 3 of the Management of Health and Safety at Work Regulations 1999. An employer must make a "suitable and sufficient" assessment of the risks to employees and to anyone else affected by the work: the customer, their family, the neighbours, people walking past. Where you employ five or more, regulation 3(6) says you must record the significant findings and any group of employees identified as especially at risk.
Self-employed with nobody working for you? HSE's guidance for the self-employed says the law still applies if your work could put other people at risk, or if you work in construction, with gas or with asbestos. That covers most trades working in someone's home.
This page covers Great Britain. Northern Ireland has its own version, the Management of Health and Safety at Work Regulations (Northern Ireland) 2000, enforced by HSENI. This is general guidance, not legal advice.
The five steps, and where each one goes
HSE breaks risk management into five steps: identify the hazards, assess the risks, control the risks, record your findings, and review the controls (HSE: steps needed to manage risk). The generator follows HSE's own template, so each step has a home on the page.
- Identify the hazards. Walk the job in your head, or better, on site: how you get up there, what you cut, what you lift, what is already in the building. Each hazard is a row.
- Assess the risks. For each row, write who might be harmed and how. "Customer's children, tripping on cables across the landing" beats "public".
- Control the risks. Write what you already do in the "already doing" column. Ask first whether you can get rid of the hazard altogether, then how to make harm unlikely. PPE comes last, not first.
- Record your findings. The printed page is your record, and it is what you show a main contractor or an inspector.
- Review the controls. Set a review date in the header. Look again if the job changes, if something goes wrong, or if there is a near miss.
The trade hazards built into the template
Each preset fills a row with the hazard, who is usually at risk and the controls HSE's guidance points to. They are a starting point. Delete what does not apply and add what is specific to the house, the customer and the day. HSE is blunt about this: copying an example and putting your company name on it "would not satisfy the law".
Working at height
Falls from roofs, scaffolds and open edges, and through fragile roofs, plus dropped tools. HSE's order: avoid it, prevent falls with guardrails, a tower or a MEWP, then minimise the fall with nets or soft landing. Plan the rescue (HSE: working at height).
Ladders and stepladders
For low-risk, short work only: HSE suggests other kit if you would be up there more than 30 minutes at a time. Check stiles, feet and rungs before use, stand it on firm level ground, and tie it. An access ladder should extend 1m above the landing (HSE: ladders).
Manual handling
Back and joint injuries from blocks, plasterboard, bags and boilers. Avoid the lift where you can, use a sack trolley or hoist, split loads, cut carrying distances and lifts from the floor. There is no legal weight limit (HSE: manual handling).
Power tools
Cuts, kickback, flying debris and shock. Use the right tool for the job with guards fitted, check the plug, cable and casing before use, and let only trained people use it. In damp conditions HSE points to battery or reduced-voltage tools. On 230V, an RCD of 30mA or less is a backup, never the main control (HSE: electrical equipment).
Dust and silica
Cutting, chasing and drilling concrete, brick, block and stone releases silica, which causes lung cancer and silicosis. Make less dust first, then use water suppression or on-tool extraction with an H or M class unit, plus a face-fit tested mask with a protection factor of 20 (HSE CIS36).
Asbestos: stop and check
Any building built or refurbished before 2000 may contain it. Before breaking into the fabric, ask the owner for the asbestos survey. If you find something suspect, stop work and do not restart until it is checked. Some asbestos work needs a licensed contractor (HSE: asbestos for workers).
Electricity
Shock and burns from live circuits, cables hidden in walls, buried services and overhead lines. Get the supply turned off and kept off until you agree, use a cable locator before you dig or cut, and post danger notices on anything still live (HSE: working near electricity).
COSHH substances
Adhesives, solvents, sealants, fumes and dusts can harm the skin and lungs. Read the safety data sheet, but HSE says it is not a risk assessment. Swap to a safer product if you can, ventilate, and wear the gloves and mask it calls for (HSE: COSHH control).
Noise
Breakers, disc cutters, grinders and hammer drills damage hearing. The daily action values are 80 and 85 dB(A). If people have to raise their voices to talk 2m apart, you probably need to act. Quieter methods first, such as a block splitter, then distance, barriers and ear protection (HSE: construction noise).
Hand-arm vibration
Regular use of breakers, hammer drills and grinders can damage the hands. HSE says hammer-action tools used for more than about 15 minutes a day are likely to be above the action value. Pick the lowest-vibration tool that does the job, keep bits sharp, limit trigger time (HSE: vibration risk).
Slips and trips
Uneven ground, materials, waste, trailing cables and wet floors, a risk to you and to the household. Keep routes clear, set a place for waste, run cables high or go cordless, and mark changes in level (HSE: construction slips and trips).
Hot work
Welding, cutting, grinding and torch-on felt can start fires that show long after the work stops. Clear combustibles, keep an extinguisher to hand and watch throughout. HSE's welding guidance adds a fire watch for at least 30 minutes after finishing, or 60 where a fire could be slow to show (HSE: process fire risks).
Lone working
Nobody to help after a fall or a shock. Agree check-in times and a way to raise the alarm, and confirm when the job is done. HSE says some work needs at least one other person, including work near exposed live conductors and in confined spaces (HSE: lone working).
A filled-in example: rewiring a 1970s semi
Two electricians, a part rewire of a three-bed semi built in 1974. The family stays in while the work is done. The template opens with this job and these five hazards, each started from its preset. The header gives the company, job address, date, who assessed it (the firm's owner) and a review date at the start of second fix. Below is how each row reads once finished, with the further action and the person and date for it.
Note what is missing. No "risk score" and no five-by-five grid: HSE's template has no score column, and you do not need one for a job like this. What matters is whether each control is real and whether someone is going to do it.
- Asbestos. Who: both electricians, the family. Already doing: asked the owner about the survey; none exists. Further action: no drilling or chasing into ceilings or the 1974 textured finishes until a sample is tested; stop work if anything suspect is found. By: owner, before day 1.
- Dust from chasing brick walls. Who: both electricians, the family. Already doing: wall chaser with on-tool extraction on an M class vacuum. Further action: face-fit tested masks, dust sheets and a closed door, clean up with the vacuum, never a brush. By: lead electrician, day 1.
- Electricity. Who: both electricians. Already doing: supply isolated at the consumer unit, locked off, tested dead. Further action: the key stays with the person working; a notice on the board. By: lead electrician, every day.
- Ladders and the loft hatch. Who: whoever is in the loft. Already doing: a stepladder checked each morning. Further action: boards across the joists to work from, a light in the loft. By: improver, day 2.
- Trips on cables and tools. Who: the family, especially the two children. Already doing: tidy up at the end of the day. Further action: cables run high, tools off the landing, the family told which rooms are off limits. By: both, every day.
Where risk assessments usually go wrong
Most bad risk assessments are not wrong, they are useless. They list hazards nobody could argue with, and controls nobody will do. Five things to avoid.
- The same sheet for every job. A generic one for your trade is a fine start. The house, the customer and the access are what make it suitable and sufficient.
- "Take care" as a control. Name the thing: "tower scaffold", "M class vacuum", "supply locked off". If you could not check it was done, it is not a control.
- PPE first. Gloves and masks are the last line. HSE's order is to get rid of the hazard, then change the job, the materials or the method, then protect the person.
- Forgetting everyone else. The customer, children, pets, neighbours, the postman on the path under your ladder. The law covers them too.
- Filing it and forgetting it. HSE says not to rely purely on paperwork: the priority is controlling the risks in practice. The people on the job need to know the controls and use them. Brief them, and get the page out when things change.
Common questions
Is a risk assessment a legal requirement in the UK?
Yes, for employers, and for self-employed people whose work could put others at risk or who work in construction, gas or asbestos. The duty is in regulation 3 of the Management of Health and Safety at Work Regulations 1999. Writing it down is required once you employ five or more people.
Do I need a written risk assessment with fewer than five employees?
The law does not require you to write it down below five employees, but you still have to do it. Most small firms write one anyway: it shows you thought about it, it helps you brief anyone new, and main contractors usually ask to see it.
What are the five steps of a risk assessment?
HSE lists them as: identify the hazards, assess the risks, control the risks, record your findings, and review the controls. The template on this page has a place for each.
Do I need to give each risk a score?
No. HSE's own template has no scoring column. A likelihood and severity score can help a bigger firm rank many risks, but for most trade jobs, clear controls with a named person and a date matter far more than a number.
Is a risk assessment the same as a method statement?
No. The risk assessment finds the hazards and decides the controls. A method statement turns those controls into the order of work for one job. Together they are often called RAMS. Build the second part with the method statement template.
How often should I review a risk assessment?
The regulations say to review it when there is reason to think it is no longer valid, or when something significant changes. In practice: a new job, a new site, a new person, new kit, or after an accident or near miss.
Can I use one risk assessment for every job?
You can keep a general one for the work you always do, but add what is specific to each site: the access, the building's age, who lives there. HSE says copying an example without thinking about your own hazards does not satisfy the law.
Is this template free, and where is my data kept?
It costs nothing and needs no account. Whatever you type is held by your own browser, on this phone or computer, and we never receive it. Keep a PDF of each assessment you hand to a customer or contractor.
Want the reviews to look after themselves?
We run Google Business Profiles for UK trades: the reviews, the replies, the posts and the pages that get you on the map. Local SEO and Google Business Profile work is paid on results, with nothing upfront.
