Photo: Getty Images
Drone warfare is not just about technology — it is also about the pilots who operate systems and constantly find ways to improve them.
When Iranian-made Shahed drones first appeared in Ukrainian skies in the fall of 2022, Ukraine had few effective ways to stop them. Today, drone crews are intercepting them mid-air, continuously refining both tactics and technology.
In recent years, Ukraine’s domestic interceptor drone market has expanded rapidly, producing key players now showcasing their systems at international arms exhibitions. Yet it is on the front lines where small teams have become laboratories of rapid military innovation — grassroots technologies born out of battlefield necessity that are now drawing global attention, according to the Associated Press.
“It’s not like we sat down one day and decided to fight with drones. We did it because we had nothing else,” a pilot from Ukraine’s 127th Brigade told reporters, shortly after carefully landing his interceptor drone to avoid damaging it. Although many drones are designed as disposable, limited resources force Ukrainian crews to preserve and reuse as much equipment as possible — even repurposing “one-use” drones to study weaknesses and improve performance.
“Just imagine — a Patriot missile costs about $2 million, while this small aircraft costs around $2,200. And if it misses the target, I can land it, fix it a bit, and send it back up. The difference is huge. And the effect? Not worse,” the pilot explained.
A 27-year-old brigade captain recalls a turning point about two years ago, when he was tasked with leading a team intercepting Russian reconnaissance drones using portable air defense missiles. The approach quickly proved ineffective: camera-equipped drones could easily evade slower, less maneuverable systems.
The solution turned out to be simple — another drone.
He remembers the moment a Russian Orlan reconnaissance drone hovered over Ukrainian positions, directing artillery fire. A pilot from his unit shot it down using a drone.
“That’s when I realized — this is a drone war. It had begun. We were moving toward it for some time, but that was when I saw it with my own eyes,” he said.
Soon another challenge emerged: how to intercept hundreds of fast, durable Shahed drones flying far beyond the front line.
The search for answers led the captain to the 127th Brigade in Kharkiv and to cooperation with a local defense company. Together, they developed fixed-wing interceptor drones capable of matching the speed of Shaheds.
This collaboration allows soldiers to test systems in real combat conditions and rapidly improve them through direct feedback.
Unlike more widely known interceptor systems such as Sting or P1-Sun — which are based on modified first-person-view (FPV) drones — the company’s Skystriker resembles a small aircraft with wings, enabling longer flight times.
“It’s a joint effort. It’s not enough to just build it. It has to work — and work properly — in real combat missions. That’s why communication with the military is critical. They give us feedback and help us improve it every time,” said the company’s director, speaking on condition of anonymity.
In Ukraine, cooperation often goes beyond the military and manufacturers. Volunteers frequently act as intermediaries, sometimes even connecting the two sides.
For example, the Come Back Alive foundation has worked with drone manufacturers to better understand frontline needs. As the project evolved, so did interceptor capabilities.
“At one point, they reached speeds of over 200 kilometers per hour, allowing them to intercept targets like Shaheds in mid-air,” said project coordinator Taras Tymochko.
The key factor, he noted, is tight coordination between engineers and soldiers, ensuring rapid feedback from battlefield testing.
“It’s always action and counteraction,” Tymochko said, describing a constant cycle in which both sides develop countermeasures and refine their technologies. “This cycle is what drives the evolution of drone warfare.”
According to him, the technology itself is not particularly difficult to replicate. The real value lies in how it is used — and in the experience of pilots who have learned to deploy it effectively.
“People were very skeptical. Some thought it wouldn’t work — that within a month the Russians would develop countermeasures and drones would become useless,” he said, recalling the early days of interceptor drones.
Nearly two years later, reality has proven otherwise.
“Many called it ‘air defense for the poor.’ But it turns out that sometimes ‘air defense for the poor’ can be more effective than ‘air defense for the rich,’” he added, alluding to developments in the Middle East.
