Field Level Risk Assessment (FLRA) is a short written hazard check completed by the work crew at the job location immediately before starting a task, capturing site-specific hazards and controls a planned JHA cannot anticipate.
A field level risk assessment (FLRA) is a short, written hazard check completed by the people doing a task, at the location where the work will happen, immediately before they start. It is also called a field level hazard assessment (FLHA), and the two terms are used interchangeably on most Canadian job sites.
The FLRA exists because planned paperwork can never fully describe the conditions a crew meets on the day. A procedure written in an office does not know that it rained overnight, that another contractor parked a lift in the access route, or that the line being worked on was relabeled last week. The FLRA forces a pause to look, think and record those site-specific hazards and the controls for them before tools come out.
A job hazard analysis (JHA), sometimes called a job safety analysis (JSA), is a planned document. It breaks a task into steps, identifies hazards for each step and sets controls. It is normally prepared ahead of time, often by a supervisor or planner, and reviewed periodically. It describes how the job should be done safely in general.
The FLRA is narrower and later. It assumes the JHA exists and asks what is different here, now. Think of the JHA as the plan and the FLRA as the final check against reality. A crew that has only an FLRA is missing the deeper task analysis. A crew that has only a JHA is missing today's conditions.
In Australia and New Zealand, the closest equivalent is the Take 5, a pocket card prompting workers to stop, look, assess, control and proceed. Some sites use an even shorter Take 2 for routine tasks. These cover the same ground as an FLRA in fewer words. Canadian FLRA forms tend to be longer and more structured, with hazard checklists, a written control for each hazard and sign-offs.
For high-risk jobs covered by a permit to work, the FLRA does not replace the permit. It is often a required attachment, filled in by the crew after the permit is issued and before work begins.
Forms vary between companies, but a good FLRA follows roughly this sequence.
An FLRA is valid only for the conditions it described. It must be reviewed and updated when the scope changes, weather shifts, new equipment or people arrive, a near miss happens, or the crew returns after a break such as lunch. Many sites require a fresh FLRA at the start of each shift even for multi-day work.
A supervisor or competent person should check FLRAs in the field, not just collect them at the end of the day. The questions that matter: are the hazards specific to this location, does every serious hazard have a real control, and is the crew actually doing what it wrote down?
Crews doing repetitive work start copying yesterday's FLRA or ticking the same boxes every day. The form looks complete and says nothing about today. Reviewers should look for identical wording across days and challenge it.
An FLRA filled out in the cab or the lunchroom misses the point. If the crew has not looked at the work face, the assessment is a guess.
Hazards found on FLRAs, such as recurring housekeeping problems or poor lighting in the same area, rarely reach the people who can fix them permanently. Reviewing FLRAs in aggregate turns them into a source of improvement data.
For lone workers and small crews spread across pipelines, utility networks or rural sites, paper FLRAs are rarely seen by a supervisor until days later. Digital FLRA capture on a phone or tablet lets supervisors review them in real time, attach photos, and link the assessment to check-in procedures for mobile and lone workers.
A two-person electrical utility crew in northern Alberta was dispatched to replace a damaged service drop at a farm. The job had a standard JHA. At the site, the lead hand walked the area to complete the FLRA and noted three things the JHA could not have known: the ground around the pole was soft after spring thaw, a livestock fence ran under the span, and the homeowner had a generator connected through an extension cord that could backfeed.
The crew added controls for each: cribbing under the bucket truck outriggers, a ground guide for positioning, and confirmation with the homeowner that the generator was disconnected and physically unplugged, verified by test before work. Halfway through, freezing rain started. The crew stopped, updated the FLRA to address the slippery surfaces and reduced visibility, and decided to finish only after the rain eased. The supervisor reviewed the updated form remotely before they resumed.
The term itself does not appear in most occupational health and safety legislation. Provincial laws require employers to identify and control hazards before work starts, and many employers, owners and industry associations meet that duty with FLRAs. Certification programs such as COR, and many client contractor-management requirements, expect to see field level hazard assessments in use. In practice, for most field contractors, it is expected.
The workers doing the task, led by the most experienced person on the crew. The value comes from the crew looking at their own work face and agreeing on controls. A supervisor can help but should not complete it on the crew's behalf. Every crew member, including anyone who joins partway through, should review and sign it before working.
For a routine task in a familiar location, five to ten minutes is typical. Complex or unusual work takes longer, and that is fine. If an FLRA routinely takes less than a minute, it is probably being ticked rather than thought through. If it takes an hour, the planned JHA is probably missing information that belongs upstream.
There is no single answer. Retention depends on provincial or state rules, client contracts, certification audit requirements and the company's document policy. Many organizations keep them for at least a few years, and longer when linked to an incident. Digital systems make retention and retrieval easier than boxes of paper forms in a site trailer.
Part of SafetyIQ's EHS glossary: plain-English definitions of workplace health and safety terms.
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