About
Some drones don’t broadcast.
We detect them anyway.
Most drone detection depends on catching a radio link between the pilot and the aircraft. That works until the drone flies on fiber optic, or flies itself. Precision Drone Defence builds a single multi-sensor unit that combines an acoustic array, low-light cameras, and radar, so detection doesn’t collapse when the radio goes quiet.
We build and operate out of Poland. Drone incursions here stopped being a theoretical problem some time ago. They cross the border, they get logged, and the people living under them do not need the risk explained to them.
That proximity sets our pace. We test in the conditions our equipment is meant to work in, and the feedback comes back fast enough to change what we build next.
It also settles what we are for. A hostile drone is flown by someone counting on not being seen. Our job is to take that away from them, so that when something crosses a site we protect, a person knows about it while there is still time to act.
One box, three independent sensing methods. Each one covers what the others miss. Radar picks up movement and range. The acoustic array hears rotor signatures, including drones running without a control link. Low-light cameras confirm what’s actually up there, day or night, so your team isn’t reacting to a false alarm.
Three sensors also means three chances to be right. A single-method system gives you one reading and asks you to trust it. Ours cross-checks itself before it puts an alert in front of a human.