A forklift risk assessment is the survey that decides what the rest of your safety program actually works on. It is the difference between buying controls in the order vendors suggest and buying controls in the order your site needs them. Done properly, it walks the floor, names the hazards, scores each one by likelihood and severity, and assigns a control, then it schedules the next review. Done as a box-ticking exercise, it produces a document that nobody reads and the same incident twice. This guide covers what the survey should look for, who should run it, how to score what you find, and when to run it again. It sells none of the systems an assessment might recommend.
Why a forklift assessment is worth doing
The case for the survey is the data behind it. The U.S. Department of Labor figures cited by GoAudits put the warehouse injury and illness rate at 5.5 per 100 employees in 2021, more than double the average across all industries, and forklift-related accidents alone account for more than 100 incidents every year in the United States according to OSHA’s accident records. On this site’s own dataset, the 5,584 forklift-involved severe injury reports across 2015-2025 are dominated by struck-by and caught-between events, which are precisely the interactions a risk assessment is designed to find and control before they happen. Peninsula’s guidance for employers puts the point plainly: a suitable and sufficient assessment is what identifies the hazards, protects employees and others, and keeps the operation on the right side of health and safety law.
The hazards the survey must name
The assessment has to be systematic, not impressionistic. The recurring forklift hazards that Peninsula lists are a good checklist to start from: vehicle overturning, driven by overloading, uneven ground, or turning at speed; collisions with pedestrians or other vehicles where segregation or visibility is poor; falling loads from incorrect stacking or overloading; unsafe use of equipment such as using a forklift to lift people; poor maintenance or defects in brakes, tires, lights, and steering; and unauthorized or incompetent use by untrained operators. Each of those maps to a page on this site: overturning to the forklift tipping guide, falling loads to the attachments guide, maintenance defects to the maintenance guide, and untrained operation to the certification FAQ.
How to walk the floor
The survey is a walking exercise, and it should include the people who run the trucks. SensorZone’s implementation guidance describes the method directly: walk the floor with the safety team and the forklift operators, and identify the areas where pedestrians and forklifts interact most frequently, where blind spots are worst, and where the layout creates pinch points. Those three questions produce the map that matters. The interaction zones show up in the plan view as crossings, staging areas, and dock doors. The blind spots are the ones the operator cannot see even with the truck unladen, and they grow when loads are raised, which is why the forklift blind spots guide treats visibility as a first-class hazard. The pinch points are the aisles, corners, and doorways where a truck and a person cannot both fit comfortably, the territory covered by the narrow aisle guide and the warehouse racking guide.
OSHA’s eTool frames the same exercise as the hazard identification and site survey element of a powered industrial truck program: the survey must consider pedestrian traffic, narrow aisles and other restricted places, ramps and sloped surfaces, and closed environments where ventilation or poor maintenance could cause a buildup of carbon monoxide or diesel exhaust. That last one is real and covered separately in the carbon monoxide guide. The point is that the walkthrough has a checklist that includes the truck, the environment, and the people, not just the obvious collisions.
Scoring likelihood and severity
Once the hazards are named, each one gets two scores: how likely it is to happen on this site, and how bad the outcome would be. Likelihood reflects exposure, how many trips per shift run through that zone, how often the crossing is used, and history, whether the site has had near-misses there. Severity reflects the energy involved: a struck-by event at a dock can be fatal, while a scrape against racking usually is not, though the racking damage guide shows how even low-energy impacts accumulate. The two scores multiply into a risk ranking that tells you what to control first. That ranking is exactly what the Risk Scorer produces in a couple of minutes from a short questionnaire, which makes it a fast starting point before the full walkthrough.
Matching hazards to controls
The assessment is not finished when the hazards are listed. Each one needs a control, and the control hierarchy runs from engineering at the top to administration and PPE at the bottom. Separation, barriers, and detection systems are engineered controls, compared on the systems index and detailed on the pedestrian detection, proximity detection, and collision avoidance pages. Procedures, training, and scheduling are administrative controls, the substance of the forklift safety rules guide and the safety signs guide. Where a control is chosen, the assessment should record who implements it and by when, so the document drives action instead of collecting dust.
When to re-assess
A risk assessment is a snapshot of a site that keeps changing. GoAudits recommends a comprehensive assessment at least once a year, with more frequent reviews for sites handling hazardous materials or running heavy machinery, and an immediate re-assessment after new equipment, a new process, an accident, or a significant near-miss. That cadence matches the audit discipline described in the safety program guide: the assessment feeds the program, the program feeds the training and the controls, and the incident and near-miss data feed the next assessment. Sites with telemetry can pull alert and near-miss data directly from the fleet to point the next survey at the real hotspots, as the fleet management guide describes, and the SIF prevention guide explains why the near-miss events that precede death and amputation are the ones the survey must hunt for.
The Risk Scorer gives you a defensible first pass at likelihood and severity in about two minutes, the systems index compares the engineered controls an assessment most often recommends, and the quote form forwards your scope to vendors on your terms. Your state’s injury series shows how the national data, derived on the methodology page, applies locally, and the OSHA regulations guide is the reference for the underlying duties. Walk the floor with the operators, name the hazards, score them, assign a control with an owner and a date, and re-assess on a calendar, and treat every estimate on this page as labelled, a decision aid rather than a compliance verdict.