According to www.mmh.com, OSHA estimates about 85 forklift fatalities occur annually in U.S. warehouses, alongside 34,900 serious and 61,800 non-serious injuries—most preventable. Rising operational pressures and high turnover intensify pedestrian risks in mixed-traffic environments. The report advocates for facility-specific combinations of active (e.g., sensors, alerts) and passive (e.g., guards, railings) safety systems, supported by data-driven adjustments to foot traffic, infrastructure, and training. Supply chain professionals must integrate pedestrian safety into facility design, automation deployment, and workforce development—not treat it as a standalone compliance task.
According to www.mmh.com, pedestrian safety in the warehouse is a critical operational and human risk—with the Occupational Safety and Health Administration (OSHA) estimating about 85 forklift fatalities per year, alongside 34,900 serious injuries and 61,800 non-serious injuries, most of which are preventable.
A Preventable Crisis Amid Operational Pressure
As supply chain professionals face mounting pressure to accelerate throughput and adapt workflows to shifting demand, facility traffic patterns grow increasingly complex. High turnover rates compound these challenges, eroding institutional knowledge and consistency in safety practices. The source states that these dynamics heighten exposure for pedestrians—especially in mixed-traffic environments where forklifts, automated mobile robots (AMRs), pallet jacks, and workers share floor space without clear separation or standardized protocols.
Layered Safety Solutions Are Key
The report emphasizes that no single intervention suffices. Instead, a combination of active and passive systems—tailored to each facility’s layout, workflow density, and equipment mix—forms an effective safety stack. Active systems include proximity sensors, audible alerts, and speed-limiting technologies integrated into powered industrial trucks; passive solutions encompass physical guards, railing, floor markings, and designated walkways. Information from real-time monitoring helps companies adjust foot traffic flow, refine passive safety deployments, and update training scenarios accordingly.
Practitioner Implications
For supply chain professionals, this means safety planning must be embedded—not bolted on—during facility design, automation integration, and workforce onboarding. When deploying AMRs or upgrading lift truck fleets, pedestrian routing must be modeled alongside material flow. Training programs should reflect actual traffic complexity—not just regulatory minimums—and be refreshed with turnover. As noted in the May 2026 issue of Modern Materials Handling, “Information helps companies make changes to foot traffic, how they are using passive safety solutions like guards and railing throughout the facility, and update training scenarios.”
Source: www.mmh.com
Compiled from international media by the SCI.AI editorial team.
