On 20 March 2026, a fire destroyed a warehouse at a drone factory in Pardubice, 100 km east of Prague. Police arrested three suspects across the Czech Republic, Slovakia and Poland. A group calling itself "Earthquake Fraction" claimed responsibility, framing the attack as opposition to Israeli defence cooperation. Czech investigators reached a different conclusion. The factory belonged to LPP, a Prague-based company whose AI-powered strike drones were being used in Ukraine, and Interior Minister Lubomír Metnar called it a potential terrorist attack. The real target, investigators believe, was the production line.
LPP produces the MTS group of strike drones, combat-tested in Ukraine. The drones can fly at speeds up to 200 km/h, cover distances up to 1,000 km and operate autonomously without a human pilot in areas of heavy electronic warfare. In a conflict where electronic jamming can sever the link between a drone and its operator in seconds, that autonomous capability is what keeps the drone alive long enough to reach its target.
Three years ago, none of this existed. Czechia had no military drone industry to speak of. The country is landlocked, has no major aerospace heritage and sits comfortably inside NATO. Yet by 2025, Czech companies were building autonomous strike drones, swarm coordination systems, drone interceptors that catch targets with nets and mobile factories designed to produce drones in shipping containers near the front line. The Czech drone wave is one of the sharpest examples of how proximity to a war reshapes an entire country's industrial base.
Fifteen years of research, three years of urgency
The speed of Czechia's drone build-up is deceptive. Much of the technology traces back to academic research at Czech Technical University (CTU) in Prague that predates Russia's full-scale invasion by more than a decade.
AgentFly Technologies was founded in 2010 to commercialize CTU research on multi-agent coordination for unmanned aerial systems. The original work, which began in 2005, was sponsored by the US Air Force, US Army and US Navy, and for years it was theoretical, focused on simulating how teams of autonomous drones could coordinate in contested environments. The team published papers, built prototypes and waited for a market that did not yet exist.
Then Ukraine happened. The demand for autonomous drone systems shifted from speculative to existential, and AgentFly had a decade of foundational work to draw on. At IDET 2025, the Brno-based defence exhibition, the company unveiled the Gorgon X8, a heavy-lift UAS designed for tactical logistics and precision strike. They had demonstrated cooperative behaviour with more than 30 drones, including operations in GPS-denied environments and heterogeneous swarm coordination mixing fixed-wing and VTOL platforms. The academic research had become a product line.
CTU Prague is to Czech drones what the Bundeswehr University in Munich is to German defence AI. The research infrastructure existed before the commercial demand, and when the demand arrived, Czechia had a head start that countries without that research base could not replicate quickly.
The ecosystem extends well beyond AgentFly. Bavovna, a Czech-Ukrainian company, develops hybrid AI for autonomous drone navigation without GPS. Their system offers three operating modes for FPV drones: manual targeting, semi-automatic mode where the system suggests targets, and a full AI mode where the drone selects the target itself based on predefined parameters. Czech volunteers have already delivered FPV drones with autonomous target acquisition to Ukrainian forces. In April 2025, Bavovna signed a memorandum with Czech company Pavetra Aerospace for joint production of the Shuhai strike drone and an interceptor UAV.
EAGLE.ONE took a different approach entirely. Rather than building strike drones, they built an autonomous interceptor that detects, tracks and captures unauthorized drones using net-based interception, all without a human pilot, using onboard AI for real-time analysis in GNSS-denied environments. The system is designed for airports, military facilities and public events where shooting down an intruding drone with conventional weapons is not practical.
At IDET 2025, two more companies signalled the breadth of the Czech drone sector. 3Dfense presented a modular container-based production complex designed for rapid, autonomous manufacturing of attack drones directly in combat zones. TRL Drones showcased a jet-powered autonomous interceptor for air defence, capable of detecting targets from small drones to large helicopters without pilot control.
What the Czech wave tells us
Jiří Hynek, president of the Czech defence industry association AOBP, has credited drones with up to 80 per cent of battlefield success in Ukraine. Transport Minister Martin Kupka called drones "one of the fastest-growing areas" combining AI, civil industry and defence. A new factory capable of producing 300 multi-purpose drones per year is being built, with preparations underway since April 2024, and drone test sites have been established across the country.
For engineers considering where to build a career in European defence, the Czech drone ecosystem is worth knowing about. The problems these companies are solving are frontier AI challenges: autonomous navigation when GPS is jammed, target acquisition in electronic warfare environments, swarm coordination across heterogeneous platforms in contested airspace. These are the kind of engineering problems that push the boundary of what autonomous systems can do under real-world constraints.
We track several Czech drone and defence companies in our company directory, including Robodrone Industries, which builds ISR platforms in collaboration with Brno University of Technology. The sector is growing fast enough to attract both arsonists and engineers, and you can browse open roles across European defence on our jobs board.
The Czech drone industry grew because a decade of academic AI research at CTU Prague collided with a war 500 km from the Czech border, and a generation of engineers decided to build rather than wait.
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