The event site during production—load-in and load-out—is one of the most hazardous work environments in the entertainment industry. Large production trucks maneuver in confined spaces, forklifts operate adjacent to crew on foot, boom lifts and scissor lifts move across surfaces that may be uneven or soft, and all of this vehicle activity occurs in an environment where the normal physical separations between pedestrians and vehicles that highway engineering provides are absent or inadequate. The injuries and fatalities that occur during event production are disproportionately caused by vehicle-pedestrian interactions, and the risk management approach to on-site vehicle management is a safety imperative at every scale of event production (OSHA, 2015).

During the event’s public operating period, the vehicle management challenge shifts but does not diminish. Emergency service access must be maintained at all times, service vehicles must continue to reach their operating locations, and the vehicle-pedestrian conflict that is an inherent feature of parking area operations must be managed continuously. This article addresses the design and operational standards for on-site vehicle management, emergency access, and pedestrian safety at live events.

Pedestrian-Vehicle Separation

The foundational principle of on-site vehicle management is that pedestrian and vehicle traffic should be separated wherever practicable, with conflicts between the two minimized and, where unavoidable, managed through active traffic control. Pedestrians sharing the same physical space as any wheeled vehicle are at risk; the risk increases with vehicle size, speed, and the density of pedestrian traffic in the shared space.

The event site plan should designate dedicated vehicle routes and dedicated pedestrian routes that are physically separated wherever feasible. Where vehicle and pedestrian routes must cross, the crossing point should be designed with adequate sight distances for both drivers and pedestrians, managed by a traffic marshal during periods of active vehicle movement, and clearly marked on the site plan communicated to all departments and contractors (Event Safety Alliance, 2013). Vehicle routes through areas where pedestrian activity is expected should impose speed restrictions—typically 5 to 10 miles per hour (8-16 km/h) on an event site—enforced by physical controls such as speed humps or chicanes where practicable and by signage and marshaling where physical controls are not feasible.

Parking areas are particularly significant pedestrian-vehicle conflict zones: attendees returning to their vehicles in a dark, unfamiliar parking area after a performance, often with impaired attention due to noise exposure, fatigue, or substance consumption, present a high-risk pedestrian population. Parking area design should provide clearly marked pedestrian pathways from the venue to the parking areas that are physically separated from the vehicle lanes, adequately lit, and maintained throughout the event including during the post-show egress period when attendee flow through the parking area is at its peak. Walkway conditions, including surface integrity, lighting levels, and the presence of standing water or mud, should be monitored throughout the event and hazards corrected or flagged as they develop (Event Safety Alliance, 2013).

Temporary Roadways and On-Site Road Design

Temporary roadways are constructed surfaces that provide reliable vehicle access across the event site when the natural or existing surface cannot support vehicle traffic or does not provide the routing required by the production. At outdoor events on natural surfaces, temporary road systems are frequently essential for production vehicles during load-in and load-out, and for emergency vehicle access throughout the event period. The surface specification for temporary roads must account for the heaviest vehicles that will use them (production semi-trailers, fire apparatus, and heavy service vehicles) and the ground conditions expected at the event (Event Safety Alliance, 2013).

Temporary road systems should be designed to provide two-way emergency access wherever possible, or one-way traffic flow with adequate passing places and turning areas for vehicles of the maximum anticipated size. Roads that become one-way during load-in or load-out operations must be clearly signed and managed to prevent head-on conflicts between production vehicles. Where vehicle routes cross pedestrian pathways, the crossing design should ensure that pedestrian traffic is visible to drivers at adequate stopping distances and that the crossing surface is level and well-lit.

When vehicle routes must change from those in the event plan—due to wet ground conditions, flooding, surface failure, or other unforeseen circumstances—the change must be communicated immediately to all affected departments and the relevant traffic marshals, and the alternative route must be signed and inspected before vehicle traffic is redirected. Vehicle recovery equipment should be available on-site or on call for soft-ground recoveries; a vehicle stuck in soft ground on an emergency access route creates a situation that can delay emergency response if not resolved quickly (Event Safety Alliance, 2013).

All vehicles operating on site during darkness must display adequate lighting: headlights, tail lights, and any legally required work lighting for the type of vehicle. This requirement applies equally to the small utility vehicles (golf carts, electric carts, and four-wheel drive flatbed vehicles) commonly used on event sites as to production trucks and forklifts. Unlit small vehicles operating in dark areas of an event site present a significant collision risk to pedestrians who do not see or hear them approaching.

Emergency Access Routes

Emergency vehicle access routes must be maintained throughout the event’s operational period, including during load-in, during the public event, and during load-out. These routes must be adequate for the heaviest fire apparatus likely to respond to the venue: generally, access roads capable of supporting a minimum load of 75,000 pounds (approximately 34,050 kilograms) and a minimum width of 20 to 26 feet (6 to 8 meters) to accommodate fire department ladder trucks and pumper apparatus. These specifications should be verified with the local fire department during the planning process, as apparatus dimensions and weight specifications vary by jurisdiction and department (Event Safety Alliance, 2013).

Emergency access routes must reach every structure on the event site, every fuel storage facility, and every area where significant audience density is expected. Routes that serve multiple functions during the event—as production vehicle routes during load-in and as public pedestrian routes during the event itself—must be managed to ensure that emergency access is never blocked. The placement of production equipment, merchandise trailers, food vendor units, and temporary structures along emergency access routes must be reviewed against the access route requirements, and any placement that would impede emergency vehicle access must be redesigned or prohibited.

Emergency access routes must be marked “No Parking—Fire Lane” or with whatever signage is required by the local fire marshal, and the signage must be enforced throughout the event period. A vehicle parked in a fire lane during a fire or mass casualty incident delays the emergency response in a way that is potentially life-threatening; the administrative and operational commitment required to keep fire lanes clear is always proportionate to this risk. Early engagement with the fire department for approval of emergency access route specifications demonstrates safety commitment and provides an opportunity to identify and resolve any access route deficiencies before the event (Event Safety Alliance, 2013).

Forklift Safety

Forklifts are among the highest-consequence vehicles operating on event sites during load-in and load-out. The fatalities and serious injuries caused by forklift tip-overs, pedestrian strikes, and load drops are disproportionate to the time forklifts spend in operation relative to other vehicle types, and they are primarily preventable through operator training, equipment inspection, and site management practices (OSHA, 2015).

No person should be permitted to operate a forklift without documented training and authorization for the specific type of forklift they will operate. Certification to operate one type of forklift (for example, a counterbalanced sit-down forklift) does not confer qualification to operate another type (for example, an extended-reach telehandler or a rough terrain forklift). Event labor providers and equipment rental companies must be required to verify operator certification before deployment, and the event production team must confirm certification documentation before allowing any forklift operator to begin work (Event Safety Alliance, 2013).

Each forklift should arrive at the event site with a current service record covering the period of its use, with a manual, and with its safe working load clearly marked on the data plate. The safe working load must never be exceeded regardless of operational pressure. Rented forklifts should be inspected by the receiving operator before use; any defects identified should be reported to the rental company and the equipment should not be used until repaired or replaced.

Forklifts must not be used to lift personnel except in approved personnel work platforms specifically designed for use with a forklift, with an approved safety harness, and in accordance with applicable OSHA requirements. The use of a forklift to raise a person standing on the forks or on a pallet is prohibited under OSHA regulations and has been the cause of multiple fatalities in the live events industry (OSHA, 29 CFR 1910.178).

Specialty Vehicles and General Site Vehicle Management

Beyond forklifts, event sites use a range of specialty vehicles whose safe operation requires specific planning and oversight. Boom lifts, man lifts, and scissor lifts are aerial work platforms whose use is governed by OSHA regulations (29 CFR 1926.453) and manufacturer specifications; operators must be trained and authorized for the specific platform type they operate. Trailers at loading docks must have their wheels chocked to prevent accidental movement, with a warning cone placed in front to alert tractor drivers to the presence of workers in the trailer before they attempt to couple or move the trailer (Event Safety Alliance, 2013).

A motor pool check-out and check-in system, used to track which driver is operating each vehicle, the condition of the vehicle at the beginning and end of each operator’s use, and the fueling or charging status, provides accountability and helps identify vehicles that have been damaged or that require maintenance before the next use period. This system also provides a record of vehicle use that can be relevant in the event of an incident investigation.

Hand-powered conveyances—pallet jacks, hand trucks, and similar equipment—present lower-consequence but still significant hazards in pedestrian areas, particularly when operated by workers who are moving quickly through a congested space with limited forward visibility. Production areas and load-in routes should be managed to segregate hand truck traffic from pedestrian traffic during active load-in periods, and workers operating hand-powered conveyances in areas shared with pedestrians must be briefed on their responsibility to yield to pedestrians and to operate at a controlled speed that allows them to stop before striking a person who does not clear their path.

Conclusion

On-site vehicle management is a safety discipline that requires both systematic planning and consistent operational enforcement. The plan that separates vehicle and pedestrian routes, designates and maintains emergency access, imposes speed restrictions, manages forklift operator certification, and tracks specialty vehicle use provides a framework within which vehicle-related incidents can be largely prevented. The enforcement that keeps fire lanes clear, ensures that all vehicles operating on site are operated by qualified personnel, and responds quickly to changing ground or route conditions maintains the safety the plan was designed to achieve. Together, planning and enforcement translate the event’s transportation management commitments from paper to practice.

References

Event Safety Alliance. (2013). The event safety guide (version 1.1). ESA. https://eventsafetyalliance.org

National Fire Protection Association. (2021). NFPA 1: Fire code. NFPA.

Occupational Safety and Health Administration. (2015). Powered industrial trucks. 29 CFR 1910.178. OSHA. https://www.osha.gov

Occupational Safety and Health Administration. (n.d.). Aerial lifts. 29 CFR 1926.453. OSHA. https://www.osha.gov

Transportation Research Board. (2010). Temporary traffic control devices. TRB.