Belgium buys Latvian-made drone interceptors

Key Points
  • Belgium has selected Origin Robotics’ BLAZE interceptor as part of a $58 million counter‑drone package to address escalating unmanned aerial incursions.
  • Defense Minister Theo Francken also announced a $580 million long‑term anti‑drone program to expand national airspace protection.

Belgium has selected the BLAZE autonomous interceptor, developed by Latvia-based Origin Robotics, as part of a newly approved €50 million ($58 million) national counter-drone package aimed at immediately reinforcing the country’s ability to detect and neutralize aerial threats.

According to Origin Robotics, the selection comes in response to “several weeks of escalating drone incursions over airports, military facilities and critical infrastructure.”

Belgian authorities have faced repeated disruptions to air traffic and recently relied on support from Germany and the United Kingdom due to inadequate counter-drone capacity.

- ADVERTISEMENT - CONTINUE READING BELOW -

In a statement, Agris Kipurs, CEO and co-founder of Origin Robotics, said, “This decision reaffirms Origin Robotics as a leading company in the field of advanced autonomous defense systems. In essence, this is a major statement of confidence. Belgium is facing an immediate security problem and has chosen BLAZE as the solution. We are proud to support a NATO ally with a system built for exactly this type of threat environment and we remain committed to delivering reliable, cost-effective and rapidly deployable capabilities.”

The Ministry of Defense described the acquisition as part of a short-term response plan to reestablish immediate operational resilience. Belgian Defense Minister Theo Francken also announced a long-term €500 million ($580 million) national anti-drone initiative aimed at sustained capability development.

Unveiled in May 2025, BLAZE is an AI-powered unmanned aerial interceptor designed to autonomously detect, track and engage hostile drones and loitering munitions. The system incorporates radar-based detection, computer vision, and operator-authorized autonomy, and is capable of intercepting targets using airburst fragmentation. BLAZE features man-portable design, quick deployment, and safety mechanisms such as return-to-operator and self-neutralization protocols.

“Belgium is facing an immediate security problem and has chosen BLAZE as the solution,” Kipurs said. “We are proud to support a NATO ally with a system built for exactly this type of threat environment.”

The company markets the system with the phrases “One operator. Multiple robots. Infinite tactical advantage,” and “Modular, attritable, autonomous UGV swarms integrating into human formations now.”

The company previously deployed its BEAK system with the Latvian and Ukrainian Armed Forces and is recognized in both national and European Union defense programs.

Readers who wish to follow our weekly coverage can subscribe to the Weekly Defense Roundup.

If you wish to report a grammatical or factual error in this article, please let us know by using the online form.

Executive Editor

Support The Defence Blog

Independent reporting takes resources. Join us on Patreon.

Become a patron

More Like This

Neros Technologies shrinks its attack drone controller by half

A Los Angeles-based drone technology company has redesigned its ground control station for FPV attack drones to fit on a soldier's body armor, cutting...

U.S. Army tests British-made interceptor to beat drones

The U.S. Army's 52nd Air Defense Artillery Brigade has tested a new low-cost interceptor called Skyhammer in Europe, putting Cambridge Aerospace's system through developmental...

Ukraine-tested spy drone passes French electromagnetic warfare test

A drone equipped with an airborne signals intelligence system successfully detected, classified, and geolocated every high-priority radio frequency emitter in a French military exercise...

U.S. Army invests $461M to rebuild short-range air defense fast

The U.S. Army is nearly doubling its investment in its primary short-range air defense system for fiscal year 2027, requesting $461 million for the...

L3Harris wins $98M to make APKWS rockets deadlier against drones

A $48.5 million contract awarded to L3Harris to produce proximity fuzes for the Advanced Precision Kill Weapon System is the latest signal that the...

DARPA wants to replace GPS dependence with new class of sensors

Every GPS signal on the battlefield is a vulnerability waiting to be exploited, and Russia, China, and Iran have all demonstrated the willingness to...