Ukraine and Germany have reached an agreement to combine efforts in developing anti-ballistic air defense capabilities. The arrangement was signed by Ukrainian Defense Minister Mykhailo Fedorov and German Defense Minister Boris Pistorius, as announced by Ukrainian President Volodymyr Zelenskyy during a meeting of the Ukraine Defense Contact Group.
Another notable detail is the Ukrainian company selected to participate in the project. On the Ukrainian side, the work will involve Fire Point, which strongly suggests that the project in question is the company's Freya air defense system. The concept has long envisioned close cooperation with European defense manufacturers.
Read more: Ukrainian Fire Point Aims to Develop Low-Cost Anti-Ballistic Air Defense System Under Project Freya
As previously outlined by Fire Point co-founder and chief designer Denys Shtilerman, the planned system architecture includes the HENSOLDT TRML-4D surveillance radar. Alternative options considered during the concept phase reportedly included the Saab Giraffe 4A/8A family and the Thales Ground Master 400 radar.
For target illumination and fire-control functions, the project has reportedly considered the GFTR-2100/48 radar developed by Weibel Scientific, with the Italian Kronos Land radar from Leonardo cited as another possible option.
The most interesting aspect concerns the interceptor missile itself.
According to previously disclosed plans, the FP-7.x missile is expected to employ an imaging infrared seeker supplied by Germany's Diehl Defence. All three key components mentioned above are already familiar to Ukrainian operators.
The TRML-4D radar is currently used within the IRIS-T SLM air defense system and has also been deployed independently as a surveillance radar.
Ukraine also acquired the MFTR-2100/40 radar from Weibel as early as 2018, where it has been used for missile testing and measurement applications. The system shares much of its architecture with the combat-oriented GFTR-2100/48 configuration.
Meanwhile, Diehl's imaging infrared seeker technology is already combat-proven through the IRIS-T missile family. During operations in Ukraine, IRIS-T interceptors have repeatedly demonstrated strong resistance to the electronic countermeasures employed by russian cruise missiles.
The envisioned architecture goes beyond German components alone.
The concept combines a Norwegian command-and-control center from Kongsberg Defence & Aerospace, the Ukrainian-developed FP-7.x interceptor missile, German radar and seeker technologies, and the U.S.-developed Link 16 tactical data-link standard that would connect all elements into a single network.
If successfully integrated, these components could provide the foundation for Ukraine's first domestically developed air defense system with anti-ballistic capabilities, potentially creating a capability broadly analogous to systems such as Patriot while relying heavily on technologies already proven in Ukrainian service.
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