U.S. startup shows hand-launched STUD drone striking a target

U.S. defense startup XDOWN has carried out a strike demonstration with its STUD system, a compact, hand-launched tactical aircraft built to give individual soldiers their own strike and reconnaissance capability.

The test took place in Eastern Europe, where the company’s partners are helping with the technical side of the project.

The company released video of the test, which shows the drone being thrown by hand, flying to a target and hitting it.

XDOWN CEO Alexander Balan said the demonstration came just eight months after STUD was first created.

“As always – No CGI. No AI-generated footage. Just real-world conditions, real warfighters, and real STUD doing what it was built to do. Throw and Forget!” Balan said in a post on social media.

STUD is designed to be launched without a catapult, rail or launch crew. A soldier throws it into the air, and the aircraft moves into stable, controlled flight within moments. Balan told The Defence Blog that a soldier can carry eight STUDs in a standard military rucksack and launch one in less than a second, while about 120 fit on a single pallet, depending on configuration.

The drone has logged more than 500 flight hours during development, Balan said in an interview about the strike test. He said the demonstration was designed to show the full sequence, from rapid launch to controlled forward flight and a kinetic strike on a designated target, and to validate the aircraft, its launch concept, flight controls and strike capability as one integrated system.

XDOWN describes STUD as a modular, multi-role platform that can carry out reconnaissance or strike missions with different payloads. The company has also developed BLOOPER, a portable launcher that can fire STUD autonomously from uncrewed ground and surface vehicles, ground positions and buildings, so a soldier does not have to throw each drone by hand.

To reduce the risk of accidents, STUD uses a two-stage safety system meant to prevent unintended activation. Balan said the company is working with established defense and technology firms on seeker and autonomy technology to reduce the need for constant operator control, which can be disrupted by electronic jamming, while keeping a human in the loop.

STUD first drew attention as a football-sized drone for squad-level strikes, and the concept has since drawn interest from NATO countries.

Balan said further operational testing and military evaluations are needed before STUD can be fielded. The company is aiming for broader production, including in Eastern Europe, starting in 2027, and has opened a seed investment round to fund the next phase of development and prepare for serial production.

“To all U.S. military branches and allied forces – STUD is ready to get some!” Balan wrote.