Peak-season warehouse and distribution operations bring heavier material flows, denser vehicle traffic, and added staffing demands, increasing the importance of consistent forklift and industrial vehicle controls.
As order volumes rise, facilities may add seasonal workers, extend shifts, and increase equipment use, creating more frequent interactions among forklifts, pedestrians, loading areas, and inventory. Current injury data, warehouse safety benchmarks, and regulatory requirements help illustrate where operational pressure can create greater vehicle-safety exposure.
Voxel’s vehicle safety platform uses existing camera infrastructure to give warehouses, manufacturing plants, and distribution centers continuous visibility into supported risks such as speeding, failure to stop, PIT-pedestrian proximity, and PIT-PIT proximity, helping teams identify recurring patterns and prioritize corrective action.
Forklifts, order pickers, and powered platform trucks were associated with 84 workplace deaths in 2024. These vehicles routinely operate around pedestrians, racks, docks, intersections, and other equipment, making traffic design, visibility, operator competency, and consistent vehicle practices important parts of industrial safety programs.
Forklift-related incidents resulted in 25,110 DART cases during 2023 and 2024. DART covers cases involving days away from work, job restriction, or transfer, capturing incidents that can affect employee recovery as well as a facility’s ability to maintain normal staffing and operations.
Within that same two-year period, 15,460 cases involved days away from work. Lost-time injuries can be particularly disruptive during high-volume periods when trained operators and material handlers are already supporting heavier throughput and facilities have less flexibility to absorb staffing gaps.
Women accounted for 18.5% of cases involving days away, restriction, or transfer in 2023–2024. Forklift injury exposure spans workforce groups, reinforcing the importance of controls based on tasks, equipment, traffic patterns, workplace layout, and operating conditions.
Warehousing and storage recorded a 4.8 recordable rate per 100 full-time workers in 2024. Warehouses combine industrial vehicles, pedestrians, loading areas, inventory movement, and manual handling, placing forklift and vehicle safety within a broader set of interacting workplace risks.
Cases involving days away, restriction, or transfer occurred at a 4.1 DART rate per 100 full-time workers in 2024. These cases can reduce workforce flexibility when employees cannot immediately resume their normal responsibilities, an important operational consideration during periods of elevated demand.
Warehousing and storage recorded a 1.5 days-away rate per 100 workers in 2024. Preventing higher-severity events such as vehicle collisions and pedestrian interactions can help reduce incidents that remove workers from their jobs and require facilities to adjust staffing.
Cases involving job transfer or restriction occurred at a 2.6 case rate per 100 full-time workers. Restricted duty can complicate staffing when experienced operators or material handlers cannot perform their regular responsibilities, particularly while warehouse workflows are operating near capacity.
Warehousing and storage accounted for approximately 77,000 total recordable cases in 2024. The total includes multiple types of occupational injuries and illnesses, providing context for the broader safety environment in which industrial vehicles operate.
Approximately 66,800 cases involved days away from work, job restriction, or transfer in 2024. The volume illustrates how workplace incidents can affect staffing and work assignments even when they do not result in fatalities or permanently remove employees from the workforce.
An estimated 24,800 cases in warehousing and storage involved days away from work during 2024. During peak operations, these absences can create additional scheduling pressure and increase reliance on other trained employees to maintain material movement and facility throughput.
Approximately 42,000 cases involved job transfer or restriction in warehousing and storage during 2024. Preventing serious incidents therefore has implications beyond direct injury reduction, including workforce availability and the ability to keep critical operational roles staffed.
Warehousing and storage recorded 32 occupational fatalities in 2024. These fatalities reflect the broader high-severity risk environment surrounding warehouse operations, including transportation events, contact with equipment, harmful exposures, and other workplace hazards.
General warehousing and storage accounted for 23 fatal injuries in 2024. These facilities commonly combine powered material-handling equipment with pedestrian activity, making traffic routes, clear sightlines, stop requirements, and separation between people and vehicles important elements of facility design.
Within warehousing and storage, seven fatalities resulted from transportation incidents in 2024. Transportation incidents provide additional context for the severity of vehicle-related events across storage and distribution environments where workers, trucks, and industrial equipment routinely interact.
Another six warehouse fatalities involved contact incidents in 2024. These events can involve contact with objects, equipment, or materials, reinforcing the value of vehicle-pedestrian separation, safe positioning, visibility, and disciplined equipment procedures.
Across the wider transportation and warehousing sector, 865 fatal injuries occurred in 2024. The sector includes trucking, couriers, warehouses, terminals, and related activities, illustrating the range of vehicle and freight-movement hazards surrounding industrial operations.
Transportation incidents accounted for 619 fatalities across transportation and warehousing in 2024. Their scale highlights the importance of structured vehicle controls wherever employees interact with moving trucks, powered industrial equipment, and freight.
Contact incidents accounted for 72 sector fatalities during 2024. Safe positioning, pedestrian separation, equipment controls, and visibility can complement operator training when facilities are managing multiple forms of moving equipment and material handling simultaneously.
Powered industrial trucks, covered under 29 CFR 1910.178, ranked eighth in FY2025 among the most frequently cited federal workplace safety standards. The ranking keeps operator training, equipment condition, workplace hazards, and safe vehicle practices prominent compliance priorities for general-industry workplaces.
Powered industrial truck operators must receive a workplace performance evaluation at least every three years. Initial qualification also requires formal instruction, practical training, and evaluation so employees demonstrate competency with the equipment and workplace conditions before independently operating a vehicle.
A 2025 interpretation clarified that practical training and evaluation requiring direct supervision must involve a qualified evaluator physically present at the location.
There are five refresher triggers: observed unsafe operation, an accident or near miss, an evaluation showing unsafe performance, assignment to a different truck type, or a workplace change that could affect safe operation. Peak-season changes in layouts, workflows, or equipment assignments can therefore have direct training implications.
Retailers were expected to add between 265,000 and 365,000 seasonal employees for the 2025 holiday period. The figure covers retail employment broadly rather than warehouses alone, but workforce expansion can also affect the fulfillment and distribution networks supporting concentrated holiday demand.
November and December holiday sales have averaged approximately 19% of annual sales over the previous five years. Concentrating a substantial share of retail activity into two months helps explain why distribution networks place additional emphasis on staffing, inventory movement, facility capacity, and peak readiness.
Within three months, Piston Automotive reduced overall vehicle safety incidents by 86% at its Marion, Ohio facility. Continuous visibility into speeding, tailgating, and intersection behaviors helped identify recurring patterns that could then be addressed through focused coaching and operational changes.
No-stop-at-end-of-aisle incidents at Piston declined by 92% in three months, falling from five per day to 0.4 per day. Aisle ends are transition points where vehicle paths can intersect, making stopping behavior a useful leading indicator for identifying recurring traffic risks.
Within six months, the Port of Virginia reduced truck speeding by 50%. Voxel monitors more than 2,000 trucks each day at the terminal, demonstrating how continuous vehicle-risk visibility can extend beyond traditional forklifts into a high-throughput logistics environment.
The Port of Virginia also reduced no-stop incidents 15% at high-risk intersections within six months. Tracking intersection behavior alongside speeding gave the safety team greater visibility into recurring vehicle patterns across an operation handling substantial daily truck traffic.
At its Malaysian facility, NSG Group reduced pedestrian-zone violations by 79% in three months. The site used the resulting visibility to strengthen separation between powered-industrial-truck routes and pedestrian activity, including changes to traffic flows around specific doorways.
At its Vonore, Tennessee facility, Carlex Glass reduced no-stop incidents at aisle ends by 47% in less than three months. No-stop incidents at doors also declined 37%, giving the facility measurable evidence of changes in vehicle behavior around important transition points.
These outcomes reflect individual customer environments, baseline conditions, safety programs, and implementation choices and should not be interpreted as universal expected results.
Peak operations can change traffic density, staffing, equipment assignments, and material flow. Facilities can prepare by reinforcing several core controls:
Voxel works with 95% of IP cameras and can deploy to a site in 48 hours using existing camera infrastructure. Its vehicle capabilities include speeding, PIT-pedestrian proximity, PIT-PIT proximity, intersection no-stops, door-intersection no-stops, and end-of-aisle stopping behavior.
Voxel focuses on site-related risks rather than individual identification. Its risk management platform includes no facial recognition, face and body blurring, SOC 2 Type II certification, role-based access controls, SSO support, TLS 1.2 encryption in transit, AES-256 encryption at rest, and ISO 27001-certified data centers.
Peak operations can bring additional workers, heavier material movement, altered traffic patterns, expanded shifts, and increased equipment use. These conditions make established traffic controls, operator competency, pedestrian separation, supervision, and consistent vehicle procedures especially important when facilities are operating at higher volumes.
Forklifts, order pickers, and powered platform trucks were associated with 84 workplace deaths in 2024. During 2023–2024, forklift-related incidents also resulted in 25,110 DART cases, including 15,460 cases involving days away from work.
Operator training must include formal instruction, practical training, and workplace evaluation. Performance must be evaluated at least once every three years, and refresher training is required when specific events or workplace changes indicate additional instruction is needed. Current forklift training guidance details these requirements.
Facilities can combine physical separation, designated crossings, clear sightlines, speed controls, stopping requirements, and workplace-specific traffic rules. Voxel’s vehicle safety capabilities add continuous visibility into supported PIT-pedestrian proximity, speeding, PIT-PIT proximity, and failure-to-stop events.
Documented customer outcomes include an 86% reduction in vehicle safety incidents at Piston Automotive, a 50% reduction in truck speeding at the Port of Virginia, a 79% reduction in pedestrian-zone violations at NSG, and a 47% reduction in aisle-end no-stop incidents at Carlex. These results reflect each customer’s operating environment and implementation approach.
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