Hagerstown, MD (May 13, 2026) – A construction collapse at Hagerstown First Church of God, 1015 Rosehill Ave, occurred around 2:35 p.m. Tuesday, May 12, leaving two workers seriously injured after wooden trusses gave way during installation.
Workers were setting wooden trusses when cracking sounds were heard, prompting an immediate evacuation attempt. The structure partially failed, and the workers were trapped in fallen debris but managed to free themselves before emergency units arrived.
They were rescued within approximately 15 minutes and transported to a hospital with serious but non-life-threatening injuries. One additional person at the scene was evaluated and declined hospital transport. Images from the site showed large sections of collapsed boards and an exposed frame across the building. Emergency units assessed the stability of the structure while multiple responders secured the area.
Authorities continue to investigate the cause of the collapse, and more details will be released as soon as they become available.
We are thinking of those injured as they receive medical care.
What Can Lead to Structural Failures During Building Construction Projects?
Structural failures during construction can occur for several reasons, especially when large components like trusses are being installed. These elements are designed to distribute weight, but any misalignment or premature load can create instability. In some cases, temporary supports may shift or fail before the structure is fully secured.
Weather conditions, such as strong winds or sudden changes in temperature, can also affect materials during assembly. Moisture can weaken wood components, while metal connectors may behave differently under stress. Even small errors in measurements can create uneven pressure points across the frame.
Construction sites often rely on staged building processes, meaning partial structures may be more vulnerable until completion. Safety checks, proper sequencing, and material quality all play a role in reducing the risk of collapse during these phases.
