L’Ukraine hopefully testera au winter la première système européenne de défense antimissile FREYJA
Le président Volodymyr Zelensky a déclaré que l’Ukraine_MULTI hopes to test the jointly developed FREYJA ballistic-missile defence system this winter and obtain initial results. Ukraine says it has completed its part of the project, while ten partner countries are still finishing the remaining components. Denmark is to take a coordinating role and may contribute radar systems.
L'essentiel
- Ukraine and nine European countries created an anti-ballistic coalition for the FREYJA system in July 2026.
- Ukraine says it has completed its assigned work, while ten partner countries are expected to finish the remaining components.
- The system is based on the FP-7.x interceptor, whose reported cost is $700,000, compared with $3.8 million for a Patriot PAC-3 interceptor.
- The FP-7.x interceptor reportedly reaches a speed of 1,500–2,000 metres per second and a length of 7.25 metres.
- Denmark is to receive a coordinating role in FREYJA, with a dedicated office to be established in the country.
- Denmark's proposed contribution includes the production of radar systems for the programme.
- Denmark's new aid package for Ukraine amounts to DKK 4.8 billion, approximately EUR 643 million.
Pourquoi c’est important
FREYJA could supplement Ukraine’s limited stock of Patriot interceptors and strengthen ballistic-missile defence across Europe. The programme combines Ukrainian missile technology with European radars, sensors and control systems, and successful winter testing could lead to series production. Denmark’s prospective contribution and coordinating role could also deepen European industrial participation.
Ce qui s’est passé
Speaking after a joint press conference with Danish Prime Minister Mette Frederiksen in Copenhagen on 11 November, Volodymyr Zelensky said Ukraine hopes to test the FREYJA system this winter and obtain initial results. He described it as the first European anti-ballistic system and said Ukraine had completed its assigned work, including the interceptor, while ten partner countries were expected to complete the remaining components.
Fire Point, Ukraine’s leading industrial partner in the project, developed the FP-7.x interceptor and introduced the anti-ballistic missiles for the FREYJA air-defence system. Earlier reports said the interceptor had reached an altitude of 25 kilometres during testing, comparable to Patriot performance figures. Fire Point also agreed with Germany’s HENSOLDT to supply a radar, and Eurosam, Leonardo, Thales and Saab have joined the project.
Denmark is expected to coordinate the programme through a dedicated office and may contribute radar production. Ukraine and Denmark also agreed to buy drones and counter-drone equipment in Denmark for the protection of Denmark and the rest of Europe. Separately, Zelensky said Denmark’s new aid package for Ukraine would total DKK 4.8 billion, about EUR 643 million.
Ce qu’en disent les sources ukrainiennes
Ukrainian coverage centres on Zelensky’s announcement, Ukraine’s completed contribution to FREYJA and the prospect of testing this winter. The reporting stresses that Ukraine cannot finish the project without European partners and presents FREYJA as a European solution relevant to security across the continent. It also highlights the interceptor’s speed, test altitude and lower reported cost compared with the Patriot PAC-3.
Là où les récits divergent
The timing of the tests is described differently. Zelensky now expects initial testing in winter, and had previously set late December 2026 as the target, while Fire Point’s earlier plan placed the first combat test in mid-2027. Earlier reporting also expected a prototype in the first half of 2027.
Contexte
Ukraine and nine European countries announced an integrated anti-ballistic coalition in July 2026, with the declaration approved on 13 July at the “Coalition of the Willing” summit in Paris. Ukraine was assigned the interceptor, while partner countries provide radars, sensors, control systems and other components. The system uses an open architecture, allowing participating countries to integrate their own radars or control systems without obstruction.