Drone and Divers Recover Body of Missing 11-Year-Old in Indiana River

An 11-year-old girl who went missing in the east fork of the White River in Columbus, Indiana, was recovered Thursday by Indiana Conservation Officers using a combination of divers, boats, and an underwater drone. Her body was found in 10 feet of water, approximately 80 yards from where she was last seen, as FOX59 reported.

The girl had been playing with her family on a sandbar at Mill Race Park when she waded into the river around 6:30 p.m. Wednesday evening. “They took one step too far, stepped off the edge of the sandbar, and all of a sudden the water was over the top of their heads,” said Lt. Angela Goldman of the Indiana Department of Natural Resources.

Her father tried to reach her. The current was faster than he was. She never resurfaced.

First responders searched through the night but suspended operations after dark. Recovery efforts resumed Thursday morning with every available tool deployed.

How the Search Was Conducted

The Indiana DNR coordinated a multi-agency response that used three distinct search methods simultaneously. Divers combed the riverbed along the banks. Firefighters conducted surface searches by boat. The Bartholomew County Sheriff’s Office flew aerial drones above to provide overhead situational awareness and help direct ground teams. An underwater submersible moved through the deeper water where diver visibility was limited.

The combination of aerial and underwater assets reflects how modern search and recovery operations work. Aerial drones give commanders a real-time picture of the surface and can track debris patterns or surface disturbances that indicate where currents may have carried a victim. Underwater ROVs handle what aerial cameras physically cannot reach, and they operate without putting additional personnel in dangerous water conditions.

The girl was recovered in the same general area where she entered the river. The DNR had not publicly identified her at the time of reporting.

The Underwater Drone Technology Used in Missions Like This

The DNR did not disclose the specific underwater ROV model deployed in this recovery. Based on the mission profile, depth, and river current conditions, the class of system most commonly used by public safety agencies in similar operations is the Deep Trekker REVOLUTION ROV in its SAR configuration.

The REVOLUTION SAR is purpose-built for exactly this type of mission. It deploys in under two minutes with a one or two-person team and requires no topside power supply, making it practical for riverbank operations without a dedicated support vessel. Its defining feature is a 260-degree rotating head that houses a 4K camera, LED floodlights, a laser scaler, and a multibeam imaging sonar, all of which can be repositioned without moving the ROV itself.

In murky river water where visual range may be measured in inches, the sonar component is what actually finds the target. The system produces real-time imaging alongside video, displayed on a handheld controller, so the operator sees both feeds simultaneously without needing additional equipment on shore.

Depth rating reaches 1,000 feet. Six thrusters, two vertical and four horizontal, provide station-holding against currents, which is critical in a river environment where a hovering ROV would otherwise be swept downstream.

The grabber arm carries interchangeable claw attachments designed specifically for recovery operations. Once a target is located, divers can follow the ROV tether to the exact position, or the ROV itself can perform the retrieval if dive conditions are unsafe. In the Indiana recovery, both divers and the submersible operated together, which is the standard integration protocol for ROV-assisted public safety searches.

The Blueye X3 is another platform used by coast guard agencies for similar operations, rated to 330 feet with sonar and gripper capability. The Deep Trekker DTG3 offers a more compact option for shallower, calmer water where rapid deployment is the priority. For a river recovery at 10 feet of depth with current, any of these platforms would be operationally viable.

A Reminder That Costs Everything

Lt. Goldman did not minimize what this technology was ultimately for. “The biggest thing we can do at this point is to get the family closure and that’s everything that we work for.”

She also made the prevention case directly. “Anytime you are near water, whether it’s a river, a lake, or a stream, even if you are a good swimmer, wear a life jacket. There’s no reason not to. You’re in the water. You’re staying cool. Just put a jacket on, and we can prevent tragedies just like this.”

The east fork of the White River, like most Indiana waterways in spring and early summer, carries deceptively strong currents. Sandbars create an illusion of gradual depth transition. One step changes everything.

DroneXL’s Take

There is nothing to editorialize here about technology. The drones worked. The divers worked. The family has their child back.

What I want to say instead is something Lt. Goldman already said better: a life jacket on a sandbar in Indiana costs nothing compared to what it prevents. The technology that recovered this girl is remarkable. The technology that could have kept her safe costs $20 at any sporting goods store.

Underwater ROVs and aerial drones have become standard equipment for public safety agencies across the country, and their value in recovery operations is real and documented. In this case, the tools did what they were built to do, and a family got an answer when they needed one most.

That has to count for something, even when the answer is the one nobody wanted.

Photo credit: Revolution H2O Drones, BlueEye robotics, FOX.