What Is a Take 5?
A Take 5 is a personal risk assessment that takes no longer than five minutes. You stop, look around, think about what could hurt you, and decide whether it is safe to start work.
It goes by other names depending on the site and the state. You might hear it called a Start Card, Stop and Think, or SafeCheck. The purpose is identical across all of them.
A Practical Layer in Construction Risk Management
Procore Australia describes the Take 5 as "a practical layer in construction risk management," and that captures it well. It is the most commonly used safety tool on Australian worksites. Every principal contractor expects them, and most sites will not let you pick up a tool without completing one first.
Academic research published through MDPI confirms that pre-task risk assessments like the Take 5 positively influence safety outcomes on construction sites. The data backs up what experienced workers already know: taking five minutes to assess your environment before starting prevents injuries.
How It Differs from a JSA or SWMS
This distinction matters. A Take 5 is frontline, quick, and personal. It is completed by the individual worker at the point of work, right before the task begins.
A JSA (Job Safety Analysis) is a detailed, step-by-step breakdown of a task and its hazards. A SWMS (Safe Work Method Statement) is a formal document required for high-risk construction work under the WHS Regulations.
The Take 5 does not replace either of those. It catches the things that higher-level documents cannot predict, because conditions change constantly. The SWMS was written last week. The JSA was done this morning. But right now, there might be a puddle of hydraulic oil next to your ladder.
SafetyCulture offers a free Take 5 checklist template that many Australian businesses use as a starting point. It is worth downloading if you are building your own process.
The SLAM Framework
Most Take 5 forms follow the SLAM method: Stop, Look, Assess, Manage. It is a simple four-step process that keeps the assessment structured and consistent.
Stop
Put down what you are doing. Do not start the task on autopilot. Physically stop and give yourself a moment to switch into assessment mode.
This sounds obvious, but it is the step most people skip. You arrive, the crew is waiting, and the instinct is to just get started. That is exactly when things go wrong.
Look
Survey your immediate work area. Look up, down, and around. Check what has changed since you were last there.
Look beyond your own task. Other trades working nearby, overhead hazards, ground conditions, weather changes, and anything that was not there yesterday all count. The worker on the scaffold above you dropping offcuts is just as much your hazard as the grinder in your hands.
Assess
Evaluate what you have seen. For each hazard, think about how likely it is to cause harm and how serious that harm could be. Is this something you can manage with basic controls, or does it need more attention?
This is where you decide whether the task is safe to proceed with, needs controls put in place first, or needs to be escalated.
Manage
Put controls in place for each hazard you identified. That might be as simple as moving materials out of your walkway, or as significant as stopping work and getting your supervisor involved.
If you cannot manage a hazard with the resources and authority you have, stop work and escalate it. That is not being difficult. That is doing your job properly.
The 21 Common Hazards
Most Take 5 forms include a standard hazard checklist. This is not every hazard that exists. It is a prompt list to make sure you do not miss the obvious ones.
Physical Hazards
- Working at heights - ladders, scaffolds, roofs, platforms, elevated work platforms
- Falling objects - tools, materials, or debris from above
- Moving plant and vehicles - trucks, excavators, forklifts, other mobile plant
- Slips, trips, and falls - uneven ground, wet surfaces, cables, hoses, debris
- Confined spaces - pits, tanks, trenches, enclosed areas with restricted access
- Excavations and trenches - open excavations, unsupported trenches, undermined edges
Energy Hazards
- Electrical - overhead powerlines, underground cables, live circuits, portable equipment
- Stored energy - pressurised systems, hydraulics, springs, suspended loads
- Hot work - welding, cutting, grinding near combustibles
- Fire and explosion - flammable materials, ignition sources, gas leaks
Environmental Hazards
- Dust and airborne contaminants - silica, asbestos, welding fumes, chemical vapours
- Noise - power tools, plant, impact equipment exceeding 85dB
- UV and heat - direct sun exposure, radiant heat, dehydration risk
- Hazardous substances - chemicals, solvents, fuels, treated timbers
- Biological - snakes, spiders, contaminated water, needles in soil
Ergonomic and Work Organisation
- Manual handling - heavy or awkward loads, repetitive movements, sustained postures
- Fatigue - long shifts, early starts, heat exposure, dehydration
- Lone work - working alone without communication or line of sight to others
- Inadequate lighting - poor visibility in tunnels, plant rooms, early morning or late afternoon work
- Public and other workers - pedestrians, other trades, visitors in the work area
- Housekeeping - cluttered work areas, blocked access and egress paths
You do not need to check all 21 every time. But scanning the list forces you to think beyond the obvious.
Risk Levels
Once you have identified a hazard, you rate it. Most Take 5 systems use a simplified three-level rating.
Low Risk
The hazard exists but is unlikely to cause harm, or if it does, the harm would be minor. You can manage it yourself with basic controls.
Example: Some loose gravel on a flat walkway. Sweep it aside and proceed.
Medium Risk
There is a reasonable chance of harm occurring, or the consequences could be moderate. You need controls in place before starting and possibly a second opinion.
Example: Working near an open trench with no barricading. Barriers need to be installed before anyone works in the area.
High Risk
Significant likelihood of serious harm. You cannot proceed without escalating. This likely requires a JSA, SWMS, or direct supervisor involvement before work starts.
Example: Overhead powerlines within reach of the excavator boom. Full stop. This needs a spotter, exclusion zones, and probably a SWMS review.
If a hazard rates as High on your Take 5, you do not start work. You escalate immediately. No exceptions.
When to Escalate
The Take 5 is a personal, point-in-time check. It is not designed to replace more detailed risk assessments. Knowing when to escalate is critical.
Escalate to a JSA When
- The task involves multiple steps with different hazards at each stage
- You have identified risks that need detailed, step-by-step controls
- The work is non-routine and has not been assessed before
- Multiple workers need to understand and agree on the approach
Escalate to a SWMS When
- The work involves any of the 19 high-risk construction work activities defined in the WHS Regulations
- You are working at heights above 2 metres, in confined spaces, near energised electrical, demolition, or any other defined high-risk activity
- A SWMS is required by the principal contractor regardless of the activity
A Take 5 can trigger a SWMS review. If your Take 5 reveals that conditions have changed since the SWMS was written, the SWMS needs updating before work continues.
Common Mistakes
Tick and Flick
The number one problem. Someone grabs the form, ticks "no" down every hazard without actually looking, signs it, and starts work. This is worse than useless because it creates a false record that an assessment was done.
Doing It at the Shed, Not at the Work Area
A Take 5 is site-specific and time-specific. Filling one out at the smoko shed before driving to the work area defeats the entire purpose. You have not seen the conditions where you will be working.
Same Take 5 All Day
Conditions change throughout the day. Other trades move in, weather shifts, excavations get deeper, scaffolding gets modified. If you move to a new task or your work environment changes significantly, do another Take 5.
Not Escalating When You Should
Finding a high-risk hazard and trying to manage it yourself because you do not want to hold up the job. This is how serious injuries happen. The escalation process exists for a reason.
Making Take 5s Part of the Culture
The Take 5 is only valuable if people do it honestly. That means creating a culture where stopping to assess is normal, not a sign of being slow. Where flagging a hazard is respected, not brushed off.
The simplified process of checking risks and controls before each task is what makes the Take 5 effective. It works because it is fast, personal, and done at the point of work. No committees, no meetings, just five minutes of honest assessment.
Burgy makes Take 5 assessments fast and paperless. The SLAM framework is built into the form, the 21 common hazards are right there as prompts, risk ratings are guided, and everything is signed digitally and stored against the job. If a hazard rates high, escalation to a JSA or SWMS is one tap away. No paper forms blowing across the site, no lost records.