925 Feet Up, No Way Down, One Drone Made the Call

Two people were trapped nearly 1,000 feet in the air in Texas. The rescue took four hours, a team of extraordinary firefighters, and one drone doing a job nobody talked about, as KLTV reports.

925 Feet Up and Nowhere to Go

It started as a Saturday morning balloon flight in Gregg County, Texas.

It ended with two people stranded in a basket lodged against a communications tower at 925 feet, waiting for firefighters to climb up and bring them down.

The balloon collided with the tower near the intersection of State Highway 300 and Farm-to-Market Road 1844 sometime before 8:15 a.m. Longview Fire and first responders from multiple agencies responded immediately. The problem was immediately obvious.

This was not a standard rescue. There is no playbook for extracting two people from a hot air balloon basket at 925 feet while the balloon remains tangled in the tower structure above them.

Stephen Winchell of Longview Special Operations said his team had literally discussed this scenario in briefings. A balloon caught in a tree. A balloon caught in a power line. But nobody expected both scenarios to combine into one rescue at the height of a telecommunications tower.

By 10:58 a.m., both passengers were out of the basket and on their way to the hospital by ambulance. No injuries reported. The rescue took roughly four hours from first climb to ground.

Upshur County Constable Tim Barnett, who was on scene to assist, called the courage of the Longview firefighters nothing short of extraordinary. When you read what they actually did, that is not hyperbole.

The Part the Drone Played

Once the people were safe, the next problem was the balloon itself. Still tangled. Still 925 feet up. Still somebody’s responsibility to remove.

Wilson Broadcasting was tasked with the removal operation. Their crew developed a plan to lower the basket using a cage and cable system, essentially maneuvering the basket into a container the way you would drop something into a trash can, then lowering it slowly on a controlled cable to the ground. Careful, deliberate, no rushing.

Wind was the primary concern.

Before the crew could begin climbing on Sunday, they deployed a drone to measure wind speeds at tower height. It clocked approximately 22 miles per hour at altitude. That was enough to delay the operation. The crew held until conditions improved before beginning the ascent.

That detail is easy to miss in the middle of a dramatic rescue story. But it is exactly the right use of a drone in a complex, high-stakes operation. Nobody needed to climb 925 feet to check the wind. Nobody needed to guess. The drone went up, measured the actual conditions at the actual height where the work would happen, and gave the crew precise data to make a safety decision.

That is not a headline. That is just the job done right.

Why High-Angle Rescue Is a Different World

Winchell was candid about how close this came to being much harder.

Both passengers were conscious, mobile, and capable of assisting in their own rescue. That made the four-hour operation possible at the complexity level it required. Had either person been injured, crews would have needed to physically climb out to the basket at 925 feet to package and extract them. Winchell described that as adding a significant degree of difficulty. That is the kind of understatement that only someone who has done it can deliver with a straight face.

High-angle rescue at this scale involves rigging, anchor systems, rope management, and human judgment at heights where a single mistake has consequences that cannot be undone. Longview Special Operations trained for something like this. When the actual call came, they executed it at a height and complexity level beyond anything they had rehearsed.

The full balloon removal was expected to be completed by Monday, with crews targeting Sunday night for the basket and Monday for the remaining material wrapped in the tower.

DroneXL’s Take

I keep coming back to that wind measurement detail.

A drone went up to 925 feet before any human did. It checked the conditions. It came back with real data. And based on that data, a crew of experienced tower workers made the call to wait. That decision probably prevented a second emergency on top of the first one.

Nobody will write a headline about it. There is no footage of a dramatic drone rescue here. Just a quiet, professional use of the right tool at the right moment to get accurate information before putting people in danger.

I will be direct. This is how drones should be used in emergency operations everywhere. Not as a replacement for human judgment. As a force multiplier for it. Send the drone first. Get the data. Then make the call.

925 feet is a long way up. It is a longer way down if something goes wrong.

The drone made sure the crew knew what they were getting into before they got into it. That is worth more than any headline.

Photo credit: KLTV