MaXon becomes first in the world to autonomously down a Shahed
AI Analysis
Ukrainian startup MaXon Systems has successfully demonstrated the first autonomous interception and destruction of a Shahed drone, achieving 95% automation of the process. The system, deployed with the 12th Separate Special Purpose Centre, utilizes a ground-launched, fixed-wing interceptor drone capable of extended flight times and high speeds. This development addresses limitations of manually piloted interceptors, particularly against swarms and in adverse weather.
Key Takeaways
- MaXon Systems developed an autonomous system for intercepting Shahed drones, automating 95% of the process.
- The interceptor drone is a small, fixed-wing design capable of carrying a 1kg warhead, flying up to 70 minutes, and reaching speeds of up to 300 km/h.
- The system was successfully tested in the Kharkiv region and validated by video confirmation from Brave1.
- The development was driven by the need to overcome the limitations of manually piloted interceptors, especially against Shahed swarms.
- MaXon Systems is seeking seed funding following a pre-seed investment round.
Why It Matters
This represents a significant advancement in counter-UAS technology, demonstrating the feasibility of fully autonomous drone-on-drone engagements. Successful automation reduces reliance on skilled operators and improves effectiveness against saturation attacks, offering a potential force multiplier for Ukraine's air defenses. This technology could also influence the development of similar systems globally.
MaXon becomes first in the world to autonomously down a Shahed
How Ukraine’s MaXon Systems built an autonomous Shahed interceptor — and what’s next
The startup recently closed a pre-seed investment round and is preparing to raise a seed round
A A
Resize
Text size
A
Small
A
Medium
A
Large
7 min Зберегти
MaXon Systems interceptor drone / Illustration: MaXon Systems
Copied!
Listen (–)
Ukrainian defence tech startup MaXon Systems has developed a technology that automates 95% of the entire Shahed interception process — from interceptor launch to target destruction. The system has already successfully passed combat testing in the Kharkiv region.
The interception was carried out by the 12th Separate Special Purpose Centre (12th SSPC). Video confirmation was published today by the state defence tech cluster Brave1, of which MaXon Systems is a member.
Ahead of the video release, Defender Media spoke with MaXon co-founder and CEO Oleksii Solntsev. He explained how the project evolved over the past year, what enabled the automation of Shahed interceptions, and what the team plans next.
How MaXon has changed since last year
Defender Media first spoke with Solntsev in August 2025, when the company was developing an air-to-air interception system. In that configuration, interceptor drones were supposed to launch from aerostats. Eventually, the team postponed implementation of that concept to focus on more immediate battlefield challenges. In response, the new interceptor was essentially developed from scratch and is currently launched from the ground.
That pivot was driven by combat tests conducted last year, during which the team clearly identified the key weakness of interceptor drones. In good weather and in the hands of a skilled pilot, they deliver strong performance — but under less favourable conditions, effectiveness drops dramatically. Another growing issue is the increasing number of Shahed “swarms”, where multiple targets enter the same sector simultaneously, overwhelming even experienced crews operating manually.
That is why MaXon decided to focus on an autonomous system where hardware and software would largely eliminate the impact of weather and operator skill.
Дрони-перехоплювачі MaXon Systems
To solve this challenge, the company developed a new interceptor tailored specifically for the system. Solntsev describes the core requirements: it had to be a small autonomous fixed-wing drone capable of carrying a 1 kg warhead, flying for up to an hour, and maintaining speeds of 300 km/h for several minutes. Ultimately, the team succeeded.
“With the current version, we can stay airborne for 70 minutes in cruise mode if we simply need to patrol the area. At the same time, we can comfortably pursue a target at 200–250 km/h,” the CEO explains. “We even had situations where we chased one target, then switched to another, and still had enough performance left to go after a third one. At the same time, we can accelerate to 300 k