Germany Ramps Up TYTAN Counter-Drone Production to 3,000 Interceptors per Month.

TYTAN Technologies has opened a new production facility in Bavaria and signed a cooperation agreement with HENSOLDT to scale manufacturing of its counter-UAS interceptor drones. The move reflects a broader shift in European air defense toward mass-produced, low-cost interceptors designed to counter drone saturation attacks similar to those seen in Ukraine.

TYTAN Technologies has signaled a decisive shift from prototype pace to industrial tempo, unveiling a new production site in Bavaria and formalizing a cooperation track with German sensor heavyweight HENSOLDT through a newly signed Memorandum of Understanding. In a LinkedIn statement dated 26 January 2026, the counter-UAS company framed both moves as part of the same objective: turning Europe’s ability to defeat unmanned aerial threats into a scalable, deployable industrial reality, with an output ambition of up to 3,000 interceptor drones per month by the end of the year and a development cycle informed by operational testing in Ukraine.
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TYTAN Interceptor counter-UAS drone intercepts enemy UAVs at ranges beyond 15 km and speeds over 250 km/h, using autonomous computer-vision guidance and a kinetic hit-to-kill mechanism to defeat low-cost reconnaissance drones and loitering munitions in contested, GPS-degraded environments (Picture source: TYTAN Technologies).

The announcement lands at a moment when European militaries are discovering an uncomfortable arithmetic: adversary drones are cheap, numerous, and increasingly resistant to electronic warfare, while traditional air defense interceptors remain too expensive to fire in bulk. TYTAN’s answer is an attritable effector model, closer to mass-produced munitions than to boutique aerospace programs, intended to restore a favorable cost-per-kill ratio against reconnaissance UAVs and one-way attack drones that saturate defenses through volume.

The company’s TYTAN Interceptor is positioned as a compact, high-speed, autonomous kinetic interceptor. The system is advertised with a speed exceeding 250 km/h and an engagement range of more than 15 km, with a launch weight of around 5 kg and a payload of roughly 1 kg. The concept of operation is explicit: it is launched within seconds, flies to the target area, uses computer vision for detection, and defeats the threat via a direct kinetic hit. TYTAN also promotes an automated launcher designed to improve logistics and connectivity while supporting rapid deployment, an important detail because the firing unit, not the air vehicle, often dictates how quickly a counter-UAS system can cycle between engagements in a swarm scenario.

In tactical terms, the published 15 km-plus range suggests a standoff engagement zone that can be pushed outside the perimeter of defended sites, allowing commanders to intercept threats before they reach critical infrastructure, ammunition areas, or aircraft parking. The 250 km/h class speed, while modest compared to missile interceptors, is significant in the drone fight because it compresses the detect-to-engage timeline and gives the interceptor enough closing velocity to catch most propeller-driven reconnaissance UAVs and many loitering munitions. By relying on onboard perception and a collision-based endgame, the system is also aligned with the battlefield trend observed in Ukraine, where navigation and datalinks are routinely contested and countermeasures must function when GPS and communications are degraded.

TYTAN states that development, system integration, quality management, and scaling are now brought under one roof. In practical terms, this implies tighter configuration control, faster incorporation of combat-driven design changes, and more predictable acceptance testing across production lots, all of which are prerequisites if a customer intends to buy interceptors by the thousands rather than by the dozens. The stated goal of up to 3,000 units per month, if achieved, would shift the operational calculus for European air defense planners by enabling stockpiling for high-tempo periods, supporting sustained defense of multiple sites, and providing the depth required to counter the kind of mass drone raids that have become routine in the Russia-Ukraine war.

The MoU with HENSOLDT is equally important, because the hardest part of counter-UAS at scale is not the interceptor itself, but the kill chain. The agreement was signed by TYTAN CEO and co-founder Balázs Nagy and HENSOLDT CEO Oliver Dörre during the opening ceremony of TYTAN’s new headquarters in Munich, in the presence of Bavaria’s Minister President Dr. Markus Söder. The partnership is designed to combine TYTAN’s cost-effective kinetic interceptors with HENSOLDT’s sensor and command-and-control expertise to deliver an immediately deployable European drone defense solution. For customers, that integration is strategically relevant: HENSOLDT’s radars and C2 architectures are already embedded in European force structures, and pairing them with a low-cost effector offers a path to layered defense where expensive missiles are reserved for high-end threats while interceptors handle the drone flood.

On users and export prospects, TYTAN’s own messaging is careful but consequential. The company states its systems have been tested under real operational conditions in Ukraine, and it is working with armed forces, including the Bundeswehr, to ensure interoperability and operational integration. Separate reporting linked to Ukraine’s defense innovation ecosystem has previously described trials of the TYTAN interceptor with Ukrainian operators, reinforcing the claim that the design has been exposed to front-line conditions. Germany’s procurement trajectory also appears to be forming, with industry reporting indicating that the Bundeswehr procurement agency BAAINBw has signed a contract worth several hundred million euros with TYTAN Technologies to develop interceptor drones for protection against unmanned aerial systems. Beyond Ukraine and Germany, no additional national end users have been officially disclosed, but the HENSOLDT alignment and the broader NATO counter-UAS market make the export logic straightforward, particularly for European states seeking scalable, domestically integrated drone defense solutions under German and EU export controls.

Written by Evan Lerouvillois, Defense Analyst.

Evan studied International Relations, and quickly specialized in defense and security. He is particularly interested in the influence of the defense sector on global geopolitics, and analyzes how technological innovations in defense, arms export contracts, and military strategies influence the international geopolitical scene.