FREYJA — ‘Iron Dome’ and Arrow for all of Europe: Ukraine is creating a continental shield against Russian ballistic missiles

On July 13, 2026, Ukraine and nine European countries officially began forming the Integrated Anti-Ballistic Coalition. Its main project will be FREYJA — not a separate missile, radar, or launcher, but a comprehensive missile defense architecture designed to protect the entire European continent.

On the same day, the Ukrainian defense company Fire Point publicly demonstrated the FP-7.x anti-ballistic interceptor missiles for the first time. The published video showed a missile marked FP-7.x, which is expected to become the main strike tool in the FREYJA system.

The main idea of the project was formulated by military analyst, director of development of a defense enterprise, and retired officer of the Ukrainian Air Force Anatoliy Khrapchynsky as follows:

“FREYJA is not just a separate launcher or radar. It is a conceptual analogue of Israel’s ‘Iron Dome’ or the Arrow system, but scaled to the level of the entire European continent.”

This is an attempt to transfer the Israeli principle of multi-layered missile defense to Europe: to unite radars of different countries, command centers, data exchange systems, and interceptor missiles into a single defense organism.

What happened in Paris on July 13, 2026

On July 13, 2026, the first meeting dedicated to the implementation of the FREYJA anti-ballistic program took place in Paris.

The event was attended by heads of state and government, defense ministers, national security advisors, and leaders of major European defense companies.

At 19:00 on July 13, a Joint Declaration on the creation of the Integrated Anti-Ballistic Coalition was published, and at 19:34, the Office of the President of Ukraine reported on the results of the first meeting on the implementation of the FREYJA program.

The coalition was founded by ten countries:

• Ukraine;
• France;
• Germany;
• United Kingdom;
• Italy;
• Denmark;
• Norway;
• Sweden;
• Spain;
• Netherlands.

Thus, it involves Ukraine and nine European partners. The coalition remains open for other countries to join.

The declaration states that the defense of Europe requires an integrated missile defense architecture, which should be created based on joint technological developments, openness, and cooperation between defense enterprises.

Participants intend to agree on common operational requirements, form technical working groups, determine the project management system, organize data exchange, and prepare a roadmap for achieving initial operational capabilities.

President of Ukraine Volodymyr Zelensky stated that Ukraine is ready to provide its own anti-ballistic missile for the system.

“We are currently finalizing work on it. Others have radars and other critical components,” the president said.

According to Zelensky, he expects to see FREYJA in operation within the next 12 months, that is, approximately by July 2027.

FREYJA should become a shield not for one country, but for all of Europe

The key difference between FREYJA and a conventional air defense complex lies in its scale.

One Patriot, SAMP/T, or IRIS-T battery covers a specific area. FREYJA should unite the detection and interception means of several countries into a single network.

A radar located in one part of Europe will be able to detect the launch or trajectory of a ballistic missile, transmit information to the command center, which will then select the most suitable battery and interceptor.

That is why the system is compared simultaneously with Israel’s ‘Iron Dome’ and Arrow.

With the ‘Iron Dome’, FREYJA shares the principle of combining radar, command center, and launchers, as well as automatic threat assessment. The system should determine whether a specific target poses a threat and choose the optimal means for its destruction.

However, in its direct purpose, the FP-7.x is closer to Israeli Arrow systems, the American Patriot PAC-3, and the European SAMP/T. The ‘Iron Dome’ mainly intercepts short-range unguided rockets, whereas FREYJA is primarily created against ballistic and quasi-ballistic targets.

Therefore, the expression ‘European Iron Dome’ should be understood not as an exact copy of the Israeli system, but as a designation of a unified multi-layered defense architecture.

Complete chronology of the FREYJA project

February 2026 — first shown launches of FP-7.x

The first footage of FP-7.x missile launches was shown back in February 2026.

At that time, it was an early stage of platform testing. A fully controlled maneuvering flight was demonstrated later — in June.

April 6, 2026 — Fire Point reveals plans

April 6, 2026 Fire Point first detailed its intention to create an affordable missile defense system in collaboration with European companies.

Co-founder and chief designer of Fire Point Denis Shtilerman stated that the company is negotiating with European manufacturers of radars, communication means, and guidance systems.

At this stage, the first full-fledged interception of a ballistic missile was planned only by the end of 2027.

The main economic goal was to reduce the cost of one interception to less than 1 million dollars.

April 19, 2026 — Zelensky calls for the creation of a European system

April 19, 2026 Volodymyr Zelensky publicly stated that Europe should develop its own system to counter ballistic missiles.

The president said that Ukraine is already negotiating with several countries and that creating initial capabilities within a year is a challenging but achievable task.

May 14, 2026 — FREYJA architecture presented

May 14, 2026 Fire Point first presented a detailed concept of the pan-European missile defense system FREYJA.

At that time, the main characteristics of the FP-7.x missile, possible types of radars, the proposed command post, communication standards, and principles of integration with the existing air defense system of Ukraine and NATO were published.

In the FREYJA presentation, it was described as a system with an open architecture. This means that it will be possible to include radars, command centers, and strike means from different European manufacturers.

This principle should distinguish FREYJA from closed systems, whose critical functions remain under the control of the producing country or a specific company.

June 3, 2026 — first fully controlled flight

June 3, 2026 Fire Point reported conducting a fully controlled maneuvering flight of the FP-7.x.

The company’s executive and technical director Irina Terekh stated that the missile should become the basis of the future FREYJA anti-ballistic interceptor.

The published video showed the missile’s launch from an inclined ground guide and its trajectory change after launch.

This test confirmed:

• engine operability;
• missile controllability;
• ability to perform maneuvers;
• operation of aerodynamic surfaces;
• receipt of control commands.

But on June 3, FP-7.x did not intercept a ballistic target.

The test was an important stage of development, but it has not yet proven the missile’s ability to detect a warhead, capture it with its own homing head, and destroy it on a collision course.

June 10, 2026 — height, cost, and production plans revealed

June 10, 2026 additional data on the first controlled test was revealed.

According to Fire Point representatives, the FP-7.x rose to an altitude of approximately 25 kilometers.

Denis Shtilerman estimated the cost of one interceptor at about 700 thousand dollars. For comparison, the approximate cost of a Patriot PAC-3 missile was cited — about 3.8 million dollars according to US budget estimates for 2026.

Fire Point also announced its intention to start producing missile bodies already in August 2026, potentially reaching a rate of up to three bodies per day. They were to be stored until European homing heads and other electronics were installed.

However, producing the body does not yet mean the release of a ready anti-missile. Without a homing head, a protected communication channel, radar, and command center, the FP-7.x cannot perform a full interception.

June 16, 2026 — Fire Point and HENSOLDT agreement

June 16, 2026, during the international defense exhibition Eurosatory in Paris, Fire Point and the German company HENSOLDT signed a memorandum of strategic partnership.

The goal of the agreement is the joint integration of existing and proven components into a ground system capable of detecting and intercepting ballistic missiles.

HENSOLDT is to be responsible for:

• radar production;
• testing of radar systems;
• sensor supply;
• assistance in integrating radars into FREYJA.

The German TRML-4D radar is to play a key role.

Fire Point, in turn, is designated as the main contractor and integrator. The Ukrainian company is to be responsible for the FP-7.x missiles, launchers, control systems, and the integration of all components into a single architecture.

The TRML-4D is based on active phased array technology and is capable of simultaneously tracking about 1500 air objects of different types.

June 18, 2026 — Ukraine and Germany agreement

June 18, 2026 Volodymyr Zelensky announced that Ukraine and Germany signed a separate agreement on the development of anti-ballistic capabilities.

Zelensky called on other countries to join the project and stated that specific results of joint work should appear already by the winter of 2026–2027.

Fire Point was officially named as one of the participants in this initiative.

June 25, 2026 — timelines accelerated

June 25, 2026 Fire Point announced that it expects to receive the first full-fledged interceptors already by the end of 2026.

This meant a significant acceleration compared to the April plan, when the first interception was expected only by the end of 2027.

Denis Shtilerman explained the change in timelines by the fact that the governments of Ukraine, Germany, and other European countries joined the initiative.

At the same time, Fire Point was negotiating two options for guidance systems:

• thermal imaging infrared head IIR;
• radio frequency or radar head RF.

The names of the companies with which negotiations were conducted were not disclosed.

July 13, 2026 — missile shown, coalition created

July 13, 2026 Fire Point first demonstrated the appearance of the FP-7.x anti-ballistic missile with the corresponding markings.

On the same day in Paris, Ukraine and nine European countries announced the formation of the Integrated Anti-Ballistic Coalition.

Representatives of about twelve defense companies participated in the project, including:

• Fire Point;
• HENSOLDT;
• Kongsberg Defence & Aerospace;
• Thales;
• Safran;
• MBDA;
• Eurosam;
• Saab;
• Diehl Defence;
• Weibel Scientific;
• Sener;
• Leonardo.

It was on July 13, 2026 that FREYJA finally transitioned from the status of an initiative by a single Ukrainian company to the status of an official international project.

Characteristics of the FP-7.x missile

According to the presentation published on May 14, 2026, the declared characteristics of FP-7.x are as follows:

• length — 7.25 meters;
• fuselage diameter — 0.53 meters;
• maximum external diameter — about 1.15 meters;
• speed — from 1500 to 2000 meters per second;
• declared operational altitude — about 25 kilometers;
• body material — composite materials;
• estimated cost — about 700 thousand dollars;
• launch — from a mobile launcher of Ukrainian production.

A speed of 1500–2000 meters per second corresponds to approximately 5400–7200 kilometers per hour.

Depending on the altitude and temperature of the atmosphere, this is approximately from 4.5 to 6 times the speed of sound.

Is a speed of up to 2000 meters per second realistic

Anatoly Khrapchinsky considers the declared speed technically realistic for a missile of this class.

But high speed alone does not yet make FP-7.x an effective interceptor.

To destroy a ballistic missile, the system must:

• detect the launch in time;
• determine the target’s trajectory;
• calculate the meeting point;
• transmit data to the interceptor missile;
• constantly correct its flight;
• capture the target in the final segment;
• perform a sharp maneuver;
• hit the warhead or destroy it with a directed explosion.

At speeds of several kilometers per second, even a small error in calculations can lead to a serious miss.

Therefore, the main proof of FP-7.x’s capabilities will not be acceleration to 2000 meters per second, but a successful interception of a ballistic target.

Which Russian missiles should FREYJA intercept

Among the prospective targets of the system are:

• ballistic missiles ‘Iskander-M’;
• aeroballistic missiles ‘Kinzhal’;
• hypersonic missiles ‘Zircon’;
• other ballistic and quasi-ballistic offensive means.

However, this is still a list of tasks set for the developers.

As of July 13, 2026, there are no public confirmations that FP-7.x has already intercepted ‘Iskander’, ‘Kinzhal’, ‘Zircon’, or any other ballistic target.

What components should FREYJA consist of

The initial concept provides for the possibility of connecting radars from several European manufacturers to the system.

For long-range detection, the following radars are considered:

• Saab Giraffe 8A or Giraffe 4A;
• Thales Ground Master 400;
• HENSOLDT TRML-4D.

For target tracking and interceptor guidance, the following were considered:

• Weibel GFTR-2100/48;
• Leonardo Kronos Land.

The command post could be the Norwegian Kongsberg Fire Distribution Center.

Information exchange is planned to be organized through the NATO standard Link 16.

Radar connection can be carried out using the ASTERIX protocol, and the secure channel should transmit course corrections to the missile during flight.

It is this combination — radar, command center, data transmission channel, seeker head, and missile — that should turn FP-7.x from a guided flying vehicle into a full-fledged anti-ballistic interceptor.

Why doesn’t Fire Point disclose the range

Fire Point has published the dimensions, speed, altitude, and estimated cost of FP-7.x, but has not disclosed the interception range.

According to Anatoly Khrapchinsky, this may be due to military secrecy.

Knowing the real range of the system, the enemy could:

• determine the boundaries of the protected area;
• select bypass trajectories;
• calculate safe attack directions;
• choose the moment to overload the system;
• understand where the launchers should be located.

There is also a technical explanation.

The range of the anti-missile system depends not only on the FP-7.x engine. It is determined by the capabilities of the radar, the time of target detection, the altitude of the trajectory, the speed of information processing, the quality of the communication channel, and the characteristics of the seeker head.

Until all components of FREYJA are connected and tested together, the exact range may remain only a calculated indicator.

Will FREYJA replace Patriot

FREYJA is not considered a complete replacement for Patriot.

On July 13, 2026, Volodymyr Zelensky directly stated that the joint project should not displace existing systems but complement the defense of Ukraine and Europe, creating a broader and more accessible missile defense shield.

The joint declaration also states that the new architecture will complement already existing and procured missile defense systems.

FREYJA should work together with:

• Patriot;
• SAMP/T;
• IRIS-T;
• NASAMS;
• other European air and missile defense means.

The task is to create more available interceptors, reduce dependence on the limited production of American PAC-3 missiles, and automatically distribute targets among different defense echelons.

What is confirmed as of July 13, 2026

The following facts are confirmed:

• in February, the first launches of FP-7.x were shown;
• on April 6, Fire Point revealed plans to create a missile defense system;
• on May 14, the FREYJA architecture was presented;
• on June 3, a fully controlled maneuvering flight was performed;
• on June 10, the cost, altitude, and production plans were disclosed;
• on June 16, a memorandum was signed between Fire Point and HENSOLDT;
• on June 18, Ukraine and Germany concluded an agreement on anti-ballistic capabilities;
• on June 25, Fire Point announced accelerated timelines;
• on July 13, the FP-7.x missile was shown for the first time;
• on July 13, a coalition of ten states was formed;
• the course for creating a common European missile defense shield was officially set.

What remains a plan as of July 13, 2026

As of July 13, 2026, the following have not been publicly confirmed:

• successful interception of a ballistic target;
• direct hit of FP-7.x on a warhead;
• interception of ‘Iskander’, ‘Kinzhal’, or ‘Zircon’;
• final selection of the seeker head;
• declared range of engagement;
• probability of destroying the target with a single missile;
• operation under conditions of electronic warfare;
• resistance to false targets;
• system operation during a massive combined strike;
• serial price of 700 thousand dollars;
• production of three fully ready interceptors per day;
• achieving full combat readiness by July 2027.

From the Ukrainian missile to the overall defense of Europe

FREYJA cannot yet be considered a ready European ‘Iron Dome’ or an analogue of Arrow.

But on July 13, 2026, the project received what it had not had before: an official political coalition, participation of ten countries, support from leading defense companies, and a declared timeline for achieving the first results.

In this project, Ukraine acts not only as a country in need of protection but also as a developer of one of the key components — the FP-7.x antiballistic missile.

NAnews — Israel News notes: Israel’s experience shows that missile defense is not just one famous installation and not one type of missile. It is a network of radars, command centers, communication systems, and interceptors operating at different altitudes and against different threats.

This is exactly the model that Ukraine and its European partners are trying to transfer to a significantly larger territory.

‘FREYJA is not just a separate launcher or radar. It is a conceptual analogue of Israel’s “Iron Dome” or the Arrow system, but scaled to the level of the entire European continent.’

If the declared plans are realized, FREYJA will become the first integrated missile defense architecture in which the Ukrainian missile, German radars, European electronics, and NATO data exchange systems will jointly protect not a single city or state, but the European continent from the Russian ballistic threat.