On the morning of September 23, three construction workers were knocked off a bridge on I-79 over White Day Creek near Fairmont, West Virginia. Mickey W. Swisher, 30 years old, of Morgantown, was killed. Two coworkers were injured.
Here's the detail that stopped me. The first reports — including what 911 officials initially told local media — said a vehicle crash caused it. State Police later confirmed what actually happened: a crane malfunctioned, and concrete barriers struck the three workers and carried them off the bridge.
The first report is almost never the whole story
Twenty-five years in the fire service taught me this early: the initial size-up is wrong more often than it's right. You act on it because you have to, but you hold it loosely. The same discipline applies to incident investigation in industry — and most companies don't have it. The first explanation that circulates in the break room becomes the official memory by the end of the week, and the corrective actions get aimed at the wrong target.
What was really in play here
Wait for the investigation on the specifics — West Virginia State Police are handling it. But notice the shape of the incident, because it shows up in warehouses and plants too, not just bridge decks: it was a compound exposure. A struck-by event (the barriers) became a fall event (off the bridge). Each hazard had its own controls on paper. The incident lived in the overlap.
- Suspended and staged loads: who is ever positioned where a load — or what it hits — can reach them? Lift plans should account for what a load can strike, not just where it could land.
- Mechanical failure as a design assumption: "the crane malfunctioned" cannot be the end of the analysis. Equipment fails. The question a good program asks is: when it fails, who is standing inside the consequence?
- Edges plus energy: work at an edge is one risk. Moving loads near workers is another. Doing both at once multiplies, not adds. If your JSAs score hazards one at a time, the combination never gets priced.
- Rescue and response: if someone goes over an edge or down a dock face at your site, what happens in the next four minutes? Who calls, who reaches them, with what?
For the operations leaders reading this
You may not run bridge crews. But if you've got cranes, hoists, racking, dock edges, or anything heavy that moves above or beside people, this incident is yours to learn from too. Pull one active lift plan or one high-energy task this week and ask the compound question: what happens when the first thing goes wrong while people are exposed to the second thing?
Incident details are from public reporting (Fox Carolina, Sept. 2026). The investigation is ongoing; nothing here is a conclusion about cause. Our thoughts are with Mr. Swisher's family and the injured workers.