U.S. Army Conducts First Large-Scale Battlefield Grave-Digging Drills in Over Two Decades

Soldiers from the 3rd Corps Sustainment Command and the 20th Engineer Brigade at Fort Bragg, North Carolina, recently practiced the rapid excavation of temporary battlefield graves. Using bulldozers and excavators, teams simulated the burial of large numbers of fallen personnel while combat operations would still be ongoing. The drill tested how quickly a standard five-trench plot—designed for 100 bodies—could be filled, achieving an average fill time of one hour and fifteen minutes per plot.

Newsweek

The U.S. Army has not performed mass burial operations on this scale since the Korean War (1950-1953), in which nearly 37,000 American service members were killed. In the past quarter-century, U.S. forces have typically evacuated deceased soldiers for rapid repatriation during the wars in Iraq and Afghanistan, avoiding the need for large temporary interments.

Newsweek

According to the Army, the exercise demonstrated that eight bulldozers and four military excavators could temporarily inter up to 2,400 soldiers within a 24-hour period. The standard temporary internment plot, comprising five trenches, holds 100 casualties; the drill showed how multiple plots could be prepared and filled efficiently under high-intensity conflict conditions.

Newsweek

The Army stated that commanders at all levels are responsible for the respectful care and identification of fallen personnel, even when casualty numbers overwhelm individual burial teams. The Fort Bragg exercises also marked the first time in more than 20 years that chaplains and religious-affairs personnel received instruction on contributing to temporary battlefield gravedigging.

Newsweek

By rehearsing a scientific, field-tested approach to mass interment, the Army aims to maintain “positive control” over remains and ensure that religious and cultural considerations are upheld, even amid large-scale casualties. The drills reflect preparation for potential future conflicts where rapid, large-volume burial may become necessary.

Newsweek