The German start-up Tytan is setting up a factory capable of producing 3,000 interceptors a month and aims to establish a mass-produced European anti-drone defence system.
In summary
The Munich-based start-up Tytan Technologies is preparing a new German factory capable of producing 3,000 interceptors per month. Production is scheduled to begin in August 2026. The company aims to address a weakness that has become critical for European armed forces: traditional anti-aircraft missiles are too expensive to destroy drones produced in their thousands.
Founded in 2023 by Balázs Nagy and Batuhan Yumurtacı, Tytan is developing two families of autonomous interceptor drones. METIS targets medium-range threats, including Shahed drones. EOS is designed for closer-range engagements. Their algorithms use radar data and a thermal camera to track the target.
Tytan has secured contracts from Ukraine and Germany, total funding of €46 million, and partnerships with Hensoldt, KNDS, Deutz, Dedrone and Mercedes-Benz. Its ambition is credible. It remains, however, dependent on firm orders, the availability of components and the actual results achieved in Ukraine.
The German factory is set to take the interceptor into mass production
Tytan Technologies no longer wishes to manufacture just a few specialised drones. The company aims to create a genuine, low-cost aerial interception industry.
Its new German factory is due to commence operations in August 2026. Its announced capacity will reach 3,000 interceptor drones per month. At full capacity, it could therefore produce 36,000 units per year.
This is a considerable volume for a company founded just three years ago. However, it should be interpreted with caution. An announced production capacity does not necessarily correspond to actual output. This will depend on orders, advance payments from governments, and the supply of engines, sensors, batteries, computers and military payloads.
The ramp-up is primarily in response to Ukrainian requirements. The NATO Innovation Fund states that Tytan has secured several government contracts for the delivery of thousands of METIS interceptors to the Ukrainian forces. The exact quantities, timetable and financial details have not been published.
The company also states that its equipment is in use in Germany and the Baltic states. It is considering opening additional sites in Poland and Hungary. The future German factory is intended to serve as a replicable model for these new sites.
This strategy is directly inspired by the automotive industry. Tytan aims to standardise sub-assemblies, simplify assembly and automate quality checks. The interceptor drone is no longer regarded as a small, sophisticated aircraft. It is becoming a mass-produced, software-controlled munition.
Tytan’s story begins in Munich’s technology ecosystem
Tytan Technologies was founded in 2023 by two engineers, Balázs Nagy and Batuhan Yumurtacı. Nagy studied aerospace engineering at the Technical University of Munich. The project was developed with the support of UnternehmerTUM, one of Germany’s leading technology incubators.
The two founders were initially working on civilian drones capable of delivering defibrillators to people suffering from cardiac arrest. The Russian invasion of Ukraine changed their focus.
A professor suggested they apply their expertise to Ukraine’s military needs. The two engineers then travelled by road to Kyiv to take part in a hackathon dedicated to defence technologies.
These origins explain Tytan’s culture. The company did not emerge from a military programme defined by a government body. It arose from a practical problem: how to shoot down a drone costing tens of thousands of euros without firing a missile that costs several hundred thousand, or even several million?
The first prototypes relied heavily on 3D-printed components. This method allowed for rapid modifications to the airframe, electronic housings and sensor mounts.
In January 2025, Tytan reported that its first interceptor was already being used in Ukraine against Shahed-136-type drones, also designated Geran-2 by Russia. The version presented at that time could reach speeds of around 300 kilometres per hour, travel between 15 and 20 kilometres and carry a payload of close to one kilogram.
The published performance figures have since changed. This likely reflects the introduction of new versions rather than a technical contradiction. Interceptor drones are constantly being modified based on operational feedback.
The technology is based on autonomous but supervised interception
The Tytan system does not operate like a conventional, manually piloted FPV drone. It combines external sensors, command software and on-board autonomous control.
A radar or other surveillance device first detects the hostile drone. It measures its position, altitude, speed and direction. This data is sent to the Tytan system.
The software then calculates an interception zone. It does not simply seek to track the target; it estimates the point where the two trajectories can intersect whilst minimising energy consumption.
Following human authorisation, the interceptor takes off and heads towards this zone. During the terminal phase, a thermal camera and recognition algorithms search for the target in the airspace. The drone then corrects its trajectory until impact or until its payload is detonated.
Artificial intelligence therefore does not necessarily make the decision to destroy on its own. Tytan states that a human operator remains part of the engagement chain. Autonomy is used for navigation, detection, classification and pursuit.
This distinction is important. Full autonomy could speed up the response to a swarm. It would also raise legal and operational issues. An incorrect classification whilst flying over a city, an airport or civilian infrastructure could have serious consequences.
The METIS targets high-speed drones and deep-penetration attacks
The METIS is Tytan’s longest-range interceptor. It uses a fixed-wing airframe and two electric motors.
The specifications currently published by the company state a maximum speed of 375 kilometres per hour, a range of up to 60 kilometres and a service ceiling of 5,000 metres. Its total mass is given as six kilograms. Its payload is approximately 1.2 kilograms.
The METIS can neutralise its target through direct collision or using a fragmentation warhead.
This second method increases the lethal zone around the interceptor. It reduces the requirement for precision compared to a direct hit.
This architecture is designed in particular to counter loitering munitions and long-range attack drones. A Shahed does not fly at extreme speeds, but its small radar signature, variable altitude and night-time approach make interception difficult.
The 60-kilometre range represents a theoretical maximum distance. The actual engagement range will generally be shorter. The interceptor must retain sufficient energy to pursue a target that changes direction. It also depends on the radar’s range, the terrain and the quality of the data link.
The EOS is designed to deal with close-range threats
The EOS is a lighter interceptor, designed for short-range engagements. Tytan states a maximum speed of around 200 kilometres per hour, a range of 20 kilometres and a service ceiling of 3,000 metres.
It weighs approximately 3.5 kilograms. It does not necessarily carry an explosive payload. Destruction therefore relies on the energy of the collision.
This solution can be adapted for small reconnaissance multicopters, FPV drones and certain low-altitude threats. Its cost and simplicity should make it possible to deploy multiple launchers around a site.
The real advantage of the EOS is not just its speed. It lies in its potential ability to operate in groups. An operator could oversee several interceptors, each receiving an automatically calculated flight path.
The company will nevertheless have to prove that this architecture works against saturation attacks. Tracking ten drones is not the same as tracking a hundred. The challenge then shifts to the radars, communication networks and command software.
The business model aims to restore a sustainable cost-benefit ratio
The war in Ukraine has exposed a structural weakness in Western defences. Existing systems were designed to shoot down aircraft, helicopters and expensive missiles. They were not designed to cope with hundreds of relatively simple drones every night.
Tytan claims it can protect the same airspace at a cost 200 times cheaper than certain traditional solutions. This comparison comes from the company itself. It has not published the assumptions used to arrive at this ratio.
The unit price of the METIS and the EOS is not public. It is therefore impossible to verify the claimed cost savings precisely. One must also take into account the radar, launchers, command centre, communications, maintenance teams and training.
The key indicator is not just the price of the interceptor drone. It is the cost per confirmed destruction.
A cheap interceptor loses its appeal if several drones have to be launched against each target. Conversely, a slightly more expensive system can be cost-effective if it achieves a high success rate and can be reused once the target has been eliminated.
Tytan focuses on hardware simplicity and software sophistication. The airframes can be upgraded rapidly. Printed circuit board components can be replaced. Algorithms can be updated using data collected in Ukraine.
This approach reduces development cycle times. It also poses a configuration challenge. A military organisation must know precisely which version of the software, sensor and airframe is fitted to each interceptor. Rapid modifications must not compromise reliability or complicate maintenance.
Private funding gives Tytan an exceptional capacity for growth
In February 2026, Tytan raised 30 million euros in a funding round led by Armira and the NATO Innovation Fund.
Visionaries Club, OTB Ventures, Lakestar, Magnetic, D3 and 10x Group also participated.
This round brought the company’s total funding to €46 million. Tytan states that all its capital comes from European investors.
This sum is intended to fund the expansion of capabilities in Germany and Ukraine, the development of new interceptors and the integration of products into broader air defence architectures.
The NATO Innovation Fund provides significant support. It contributes capital, but also lends credibility with governments and industry players. Former NATO General Chris Badia has also joined Tytan’s board of directors.
The company is also benefiting from public sector contracts. In Germany, the Bundesamt für Ausrüstung, Informationstechnik und Nutzung der Bundeswehr has awarded Tytan a project involving command infrastructure based on artificial intelligence and effectors designed to protect military installations.
These contracts are more significant than the funding announcements. A defence manufacturer cannot survive in the long term on venture capital alone. It needs multi-year contracts, advance payments and a stable delivery schedule.
Partnerships are transforming Tytan into a systems integrator
Tytan does not seek to manufacture every component of an anti-drone battery on its own. It is building a network of specialist partners.
Hensoldt is contributing its expertise in radar, optronics and detection systems. The agreement signed in January 2026 aims to integrate Tytan’s interceptors into comprehensive solutions for the protection of critical infrastructure.
KNDS is working with the start-up on mobile launchers and integration into military vehicles. In particular, a Tytan interceptor was installed in a compartment of the Boxer equipped with the RCT30 turret. The system was demonstrated during a Bundeswehr trial campaign in 2025.
Deutz is set to contribute to industrialisation and supply chains. Dedrone provides detection, identification and command capabilities. The company was founded in Germany, although it is now owned by the US group Axon.
Tytan has also signed a memorandum of understanding with Mercedes-Benz. The two companies are exploring mobile platforms based on the G-Class and the Sprinter. These vehicles could carry radars, command centres or launchers.
This collaboration does not yet constitute a production programme. However, it demonstrates that Tytan aims to sell more than just a drone. The objective is to offer a complete mobile architecture capable of being deployed around a base, a power station, an airport or a military convoy.
The European anti-drone market is entering a phase of rapid growth
Private estimates value the European anti-drone market at around $1.24 billion in 2025. It could reach $4.16 billion by 2030, representing an average annual growth rate of 27.5 per cent.
These figures should be regarded as rough estimates. Studies do not always include the same equipment. Some cover only detection and jamming. Others include missiles, cannons, lasers, interceptors, software and maintenance contracts.
The potential, however, far exceeds Ukraine’s military requirements.
European armed forces need to protect their bases, ammunition depots, command centres and units on the move. Civilian operators need to monitor nuclear power stations, refineries, ports, electricity grids and airports.
Police forces are also seeking ways to combat drones used for smuggling, espionage or flying over prisons. The European Union’s external borders represent another market.
In February 2026, the European Commission presented an action plan dedicated to drones and anti-drone systems. It provides, in particular, for investment in increasing industrial capacity, the creation of a European centre of excellence and a deployment initiative aimed at critical infrastructure and borders.
A budget of 250 million euros is earmarked to support the surveillance of land and maritime borders. The EU also aims to promote European command systems utilising artificial intelligence.
Tytan therefore finds itself at the crossroads of three markets. The first is military and relates to high-intensity warfare. The second concerns the permanent protection of infrastructure. The third relates to internal security forces.
These markets are governed by different rules. A fragmentation charge suitable for use over a battlefield cannot be deployed in the same way near an airport terminal. The civilian market will often favour jamming, capture or kinetic interception without the use of explosives.
Germany currently has the most densely developed industrial ecosystem
There is no official ranking designating a country as dominant in the European anti-drone market. The answer depends on the criteria used.
In terms of the total number of companies active in the drone sector, Germany ranks first in Europe. The Drone Market Map 2026 lists 100 German companies, compared with 78 in the United Kingdom and 59 in France. However, this study covers both civil and military drones, software and services. It does not measure anti-drone measures exclusively.
When it comes to funding for start-ups in the defence, security and resilience sectors, the United Kingdom remains ahead. British companies raised around $2.9 billion in 2025, compared with $2.1 billion for German companies.
In terms of the combination of industrial capabilities, major conglomerates, start-ups, public sector contracts and mass production, Germany appears to be the most prominent player in the European military drone and interception systems sector.
Tytan specialises in autonomous interceptors. Hensoldt supplies radars and fusion software. Rheinmetall offers the Skyranger 30, the Skyspotter detection system and the Hermelin C-UAS mobile platform. Diehl Defence develops missiles, the GARMR mobile system and high-power electromagnetic effectors. KNDS integrates the equipment into armoured vehicles.
The German ecosystem also includes Helsing, which specialises in artificial intelligence and HX-2 strike drones; Quantum Systems, specialising in reconnaissance drones; Stark, specialising in loitering munitions; and ARGUS Interception, specialising in capture solutions.
Munich plays a special role. The city is home to the Technical University of Munich, UnternehmerTUM, Helsing, Quantum Systems, Tytan and numerous specialist investors. Bavarian start-ups raised around 3.3 billion euros in 2025, across all technology sectors.
France retains a very comprehensive technological base
France has a longer-established and particularly diverse anti-drone ecosystem.
Thales specialises in radar, electronic warfare and command systems. MBDA supplies effectors and participates in architectures such as Sky Warden. Safran is developing Skyjacker, which utilises electronic warfare and the spoofing of navigation signals, amongst other technologies.
CS Group, Hologarde, CerbAir and MC2 Technologies have gained significant experience in protecting sensitive sites and major events. Some of these capabilities were deployed during the 2024 Olympic and Paralympic Games in Paris.
Alta Ares represents the new generation. This French start-up is developing the X-Locks interceptors to counter Shahed-type drones and the Black Bird to counter faster threats. It has raised 50 million euros and signed a cooperation agreement with Airbus Defence and Space.
France therefore possesses technological building blocks comparable to those of Germany. However, it has long favoured programmes led by major prime contractors. Germany now appears to be taking a more proactive approach to funding mass production driven by start-ups.
The United Kingdom still leads in certain specialist funding areas
The United Kingdom retains the top spot in Europe for venture capital dedicated to defence, security and resilience.
Companies such as MARSS, OpenWorks Engineering, QinetiQ and Leonardo UK are developing capabilities in detection, command, jamming and interception. MARSS, in particular, offers an integrated architecture centred on NiDAR and an autonomous interceptor.
The country has a solid scientific base and a longer history of access to venture capital. However, its withdrawal from the European Union may complicate its participation in certain European industrial funding schemes.
Ukraine remains the true centre of operational expertise
Ukraine does not have the same level of capital as Germany, France or the United Kingdom. Nevertheless, it remains the most advanced country in the day-to-day use of interceptor drones.
Its companies and military units test the systems against real targets. They adapt their software within a matter of days. They know which solutions work against Shahed drones, reconnaissance drones and small FPV aircraft.
This operational lead explains why European companies are seeking to test their products in Ukraine. The country provides the data, scenarios and feedback that Western test sites struggle to replicate.
German industrial dominance and Ukrainian experience are therefore complementary. Tytan is specifically trying to link the two.
The obstacles to mass production remain considerable
The first risk concerns components. An interceptor drone relies on high-performance electric motors, batteries, thermal cameras, computers and communication modules. Part of this supply chain remains dependent on non-European suppliers.
The second problem relates to certification. Military customers must verify the safety of payloads, resistance to jamming, cybersecurity and software reliability. A production rate of 3,000 units per month must not lead to a reduction in quality controls.
The third obstacle relates to radar systems. There is no point in producing thousands of interceptors if the armed forces do not have a sufficient number of sensors and command centres. Anti-drone defence is a chain; its performance is limited by its weakest link.
The fourth risk is commercial. There are dozens of competing projects across Europe.
Not all of them will survive. Ministries will eventually select a few architectures and then impose common standards.
Tytan will finally have to demonstrate its results. The manufacturer’s statements and feedback from Ukraine are encouraging, but no publicly available, audited interception rate is on record. Performance may vary depending on weather conditions, altitude, jamming and the target’s profile.
Tytan’s success will depend less on AI than on orders
Tytan has identified a genuine need. European armed forces cannot counter mass-produced drones using only complex and costly missiles. They need large numbers of simple, rapidly replaceable interceptors.
The start-up has some serious strengths. Its products are being tested in Ukraine. It has raised significant capital. It is working with manufacturers capable of supplying radars, vehicles, launchers and production lines. Its target of 3,000 interceptors per month is the most ambitious public target currently announced by a specialist European manufacturer.
Success is by no means guaranteed, however. Technology alone will not fill the factory. It will require multi-year contracts, stocks of European components and a clear doctrine of use.
The next major change in European air defence may not come from a faster missile. It could come from a factory capable of manufacturing around a hundred units every day – units that are intelligent enough, reliable enough and cheap enough to be lost in combat.
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