Polish scientists have created an invisible shield against drones: how the STRATUS system works.

According to ТСН: Polish scientists have developed an electromagnetic system capable of quickly disabling enemy drones. According to researchers, this invention could significantly change approaches to protecting critical infrastructure.

Overview of the STRATUS system

The system, known as STRATUS, was developed by a team from the Gdansk University of Technology. It uses powerful electromagnetic pulses to disrupt or destroy the electronics of unmanned aerial vehicles.

Unlike traditional methods of combating drones, such as shooting or explosions, STRATUS uses short-duration high-intensity electromagnetic pulses that can neutralize a drone almost instantly without causing physical explosions.

Advantages of using the new technology

Researchers note that the system is ideally suited for use near critical infrastructure such as airports, power plants, ports, and at public events where traditional means may pose additional risks.

A key element of the system is an advanced electromagnetic effector capable of generating very powerful yet precisely directed pulses.

According to scientists, the main engineering challenge was not only generating the pulse but also controlling extreme voltages and power, ensuring the system operates safely.

'This makes the system similar to an "invisible shield" since it electronically disables drones rather than shooting them down.'

The technology has passed successful tests in laboratory and controlled conditions; however, it has yet to be implemented in practice.

STRATUS has received funding of over 21 million zlotys (about 5 million euros) from the Polish National Centre for Research and Development, which supports innovative projects.

This technological development opens new horizons for ensuring security, especially in the face of modern threats. The use of electromagnetic pulses could change the rules of the game in the field of combating unmanned aerial vehicles, offering safer and more effective solutions for protecting important facilities.