Fleet Safety: 7 Controls Before Road Risk Wins

Transportation incidents accounted for 38.2% of all fatal occupational injuries in 2024, according to the U.S. Bureau of Labor Statistics Census of Fatal Occupational Injuries. This article shows how EHS managers can treat fleet safety as a controlled work exposure, not as a driver-awareness campaign.

Why fleet safety is an occupational safety system

Fleet safety belongs inside occupational safety because driving for work exposes employees to fatal risk while they are executing company tasks, schedules, routes, and service promises. The National Institute for Occupational Safety and Health states that motor vehicle crashes are the leading cause of work-related deaths in the United States, which means the risk cannot sit outside the EHS management system.

The weak thesis in many programs is that safer drivers create safer fleets. The stronger thesis is that safer fleets create the conditions in which drivers can make safe decisions, because route design, dispatch pressure, vehicle condition, fatigue exposure, and supervisor response often decide the event before the driver reaches the road.

As Andreza Araújo argues in Safety Culture: From Theory to Practice, culture is revealed by what the organization tolerates under pressure. A fleet that praises safety in training but rewards rushed delivery, skipped inspections, and after-hours calls is teaching drivers that the written rule is negotiable.

1. Define driving as a safety-critical task

Driving becomes a safety-critical task when a worker uses a car, van, pickup, truck, forklift, or mobile equipment to execute company work. NIOSH reported that from 2011 to 2022 more than 21,000 U.S. workers died in work-related motor vehicle crashes, which represented 35% of all work-related deaths in that period.

Across 25+ years leading EHS at multinationals, Andreza Araújo has seen that road risk is often invisible because it happens away from the plant gate. The driver is physically outside the operation, although the exposure is still created by the operation through territory size, delivery density, call schedules, and production pressure.

List every role that drives or works near moving vehicles, including sales, maintenance, supervisors, logistics, field service, security, emergency response, contractors, and yard pedestrians. Then classify each task by exposure hours, road type, vehicle mass, night work, customer pressure, and proximity to pedestrians.

2. Control route risk before blaming route behavior

Route risk is the exposure created by road type, traffic density, weather, customer location, loading sequence, and time window. OSHA's motor vehicle safety topic page names speeding, drowsy driving, maintenance, seat belt use, and driver safety training as hazard areas, so the route deserves the same planning discipline as a confined space or energized work task.

What most fleet programs miss is that unsafe driving can be a symptom of a bad route plan. If the schedule assumes perfect traffic, no parking delay, no weather, and no rest stop, the driver must either speed, skip breaks, or disappoint the customer. That is not individual weakness because the plan already converted operational pressure into road behavior.

Use the same logic applied in pre-task risk assessment. Before high-mileage work starts, supervisors should confirm route hazards, rest points, weather alerts, known crash zones, delivery windows, and alternative stopping places. The control is not a lecture about caution; the control is a route that can be driven safely.

3. Treat fatigue as a fleet exposure, not a private problem

Fatigue changes reaction time, attention, speed judgment, and willingness to stop when the route plan becomes unrealistic. NIOSH includes driver fatigue on the job as a specific motor vehicle safety concern, and that matters because fatigue is created by shift design, overtime, commute burden, night work, and emergency callouts.

In more than 250 cultural-transformation projects supported by Andreza Araújo's team, fatigue repeatedly appears as a tolerated shortcut. Leaders may control fatigue for operators inside the facility while accepting long drives after night shifts, weekend maintenance calls, and early departures after late meetings.

Build a fatigue rule for fleet work that includes maximum driving hours, minimum recovery after night work, no long-distance driving after serious incident response, and escalation when a driver reports sleep risk. Connect those controls with shift-work sleep disorder controls when the same employees rotate between operational work and driving.

4. Make speed a management indicator

Speed is not only a driver behavior because it reflects route design, schedule pressure, incentive systems, customer promises, and supervisor tolerance. A fleet that tracks speeding events but never audits impossible dispatch windows is measuring the symptom while preserving the cause.

Andreza Araújo's Portuguese title A Ilusão da Conformidade, or The Illusion of Compliance, is useful here because many fleets are formally compliant and operationally unsafe. The policy says obey speed limits, while the performance system quietly asks for a trip profile that cannot be completed at legal speed.

Track speed exceptions by route, customer, supervisor, vehicle type, weather, and time of day. If the same route produces repeated exceptions, the corrective action should not start with retraining the driver. It should start by changing the plan, the window, the staffing, or the promise made to the customer.

5. Verify vehicle condition as a critical control

Vehicle condition is a critical control because tires, brakes, lights, mirrors, restraints, load securement, and visibility decide whether a normal deviation becomes a crash. OSHA's motor vehicle safety material includes maintenance and safety aspects among the key hazard areas, which places fleet maintenance inside the prevention system.

The trap is treating pre-use inspection as paperwork. A checklist signed in 45 seconds does not verify anything, and it becomes the same compliance theater seen in weak permit-to-work systems. The company has a document, but the vehicle still leaves with a tire, brake, load, or visibility defect.

Use defect trend analysis, random verification, mechanic input, and supervisor observation to test whether inspections are real. The same evidence logic used in control effectiveness metrics applies here because a control is only alive when it can be observed, challenged, and improved.

6. Protect pedestrians and yard workers from fleet movement

Fleet safety includes workers outside the vehicle because pedestrians, spotters, dock workers, mechanics, and contractors can be struck during reversing, loading, parking, or yard movement. NIOSH includes events in which a pedestrian worker is struck by a motor vehicle as part of work-related crash exposure.

The market often separates road safety from site safety, although the worker's body does not experience that distinction. A reversing van at a customer site, a forklift near a dock, and a pickup crossing a maintenance yard all require line-of-sight control, segregation, speed limits, and authority to stop movement.

Create traffic plans for yards, loading areas, temporary worksites, and customer locations where employees routinely stop. Tie the rule to line-of-fire safety so workers understand that standing behind a vehicle is not a personal mistake alone; it is often a layout, communication, and supervision failure.

7. Build leading indicators for road risk

Fleet safety cannot depend only on crashes, citations, and insurance claims because those indicators arrive after exposure has already matured. NIOSH cites the NETS estimate that work-related crashes cost employers $39 billion in 2019, which makes early detection a financial and moral necessity.

During Andreza Araújo's PepsiCo South America tenure, where the accident ratio fell 50% in six months, one lesson was that leaders need indicators that change behavior before the event. In fleet safety, that means measuring exposure quality, not only loss history.

Use route risk reviews completed before dispatch, fatigue escalations accepted without retaliation, unresolved vehicle defects, speed exceptions by route, near misses involving pedestrians, night-driving hours, and supervisor ride-along findings. Those signals should feed the same executive rhythm used for leading indicators that TRIR will never show.

Comparison: driver training vs fleet safety controls

Every week without fleet-risk controls allows mileage, fatigue, route pressure, and vehicle defects to accumulate as normalized exposure, while the dashboard may still show no crash.

Conclusion: fleet safety starts before the ignition

Fleet safety improves when leaders stop treating the road as a place where individual habits play out and start treating it as a work environment shaped by planning, pressure, equipment, fatigue, and supervision.

For organizations ready to move from driver-awareness campaigns to critical controls, Andreza Araújo's Safety School and ACS Global Ventures consulting help translate safety culture into daily operational decisions. Safety is about coming home, including the workers whose job takes them onto the road.