Army Tethers New Drone to Ground, Immediately Reports First Zero-Loss Fielding in Modernization History

FORT BENNING, Ga. — The Army announced Thursday that a tethered unmanned aerial system completed field testing without being lost, abandoned, signed for by the wrong platoon, or discovered six months later in a locked cage belonging to another battalion.

Officials called the result the first zero-loss fielding event in the service’s modernization history.

“We connected the aircraft to the ground with a cable,” said Maj. Nolan Pritchard, deputy assistant product manager for Things That Will Eventually Need a Hand Receipt. “That sounds simple now, but it took us nine working groups to become comfortable with the concept of an object being unable to leave.”

The real tethered system assessed by the Maneuver Battle Lab can remain aloft for long-duration missions without relying on the battery life of a free-flying drone. During the fictional follow-on test, the cable also prevented a private first class from placing the aircraft on top of an Infantry Squad Vehicle, forgetting it was there, and driving to the wash rack.

The Army credited the breakthrough to “persistent physical accountability,” a new doctrine in which sensitive items remain connected to something larger, heavier, and preferably fueled.

The concept has already drawn interest from units struggling with night-vision devices, radio fill cables, torque wrenches, and the one folding table that disappears before every battalion event and returns after the commander leaves. Investigators familiar with the locked-conex method of equipment recovery called the cable a meaningful procedural advance.

“This could change everything,” said Staff Sgt. Lacey Norwood, who maintained visual contact with the drone for 43 consecutive minutes and was immediately selected to brief the division. “Normally, if equipment is still where you left it, somebody assumes the inventory was done wrong.”

The successful assessment briefly stalled when evaluators noticed the tether itself was not listed on the component hand receipt. Flight operations paused while three noncommissioned officers checked the transit cases, the truck bed, and the pockets of the nearest lieutenant.

The cable was eventually located attached to the drone.

Program officials then added a second cable to secure the first cable, producing what the after-action review described as “layered accountability” and what the test team described as “a knot.”

The drone’s simple design allows rapid deployment without extensive specialized training. The Army preserved that advantage by creating a 112-slide operator certification deck, a quarterly currency requirement, and a local policy letter prohibiting use until the battalion master gunner returns from leave.

At press time, leaders were preparing the aircraft for a formal property-book transfer. The drone remained directly above the vehicle, the cable remained secured, and the unit had already opened a Financial Liability Investigation of Property Loss for the lens cap.