FP-7 and the Institutional History Ballistic Missile Defense

Can Ukraine's Project Freya offer a cost-effective alternative to Patriot?

Picture: Fire Point via X / Screenshot from video

On 3 June, Ukrainian missile manufacturer Fire Point published a video on X showing a test flight of the FP-7.X ballistic missile interceptor. If successfully deployed, the Ukrainian ballistic missile defense program could address the increasingly severe Patriot interceptor shortage the country faces and Europe’s dependence on the United States for ballistic missile defense.

The FP-7.X and Fire Point’s broader ballistic missile defense ambitions raise two questions. First, does the interceptor offer a competitive alternative to Patriot? Second, will Fire Point be able to deliver on its promise? This post offers some initial answers.

Project Freya

Project Freya is a Ukrainian missile defense initiative developed by Fire Point, designed to intercept ballistic missiles such as Russia’s 9M723 Iskander-M. At its core is the FP-7.X interceptor, a missile derived from the Soviet-era 48N6 used in the S-400 system.

Rather than developing components from scratch, Fire Point is assembling the system from off-the-shelf European hardware and open-source software. The company is reportedly considering Hensoldt’s TRML-4D and Thales’ Ground Master 400 radars for early warning, Leonardo’s Kronos land radar for tracking and target designation, and Kongsberg’s Fire Distribution Center for command and control, among others, all integrated via NATO Link 16.

Fire Point also appears to be relying heavily on external partners at the component level. Diehl Defence, which recently signed a technology cooperation agreement with the company, may supply the seeker technology used in the FP-7.X for terminal homing and end-game corrections.

This approach prioritizes development speed and cost-efficiency over vertical integration, representing a somewhat novel model for Ukrainian missile manufacturers. Whether it can translate into operational performance remains an open question.

Ballistic missile defense economics

At the center of Fire Point’s promise is its ability to produce interceptors more cheaply and more quickly than existing alternatives, even if individual interception rates may not immediately match those of the Patriot PAC-3 MSE or the Aster 30 interceptors used in SAMP/T. In principle, this is a compelling economic argument.

In a 2024 export deal, Germany paid roughly USD 880 million for 120 Patriot PAC-3 MSE interceptors, implying a per-unit cost of around USD 7.3 million. (Note that this figure includes surrounding services such as warranty provisions and logistics, which can account for 30 to 40 percent of the total price.) Assuming an individual intercept probability of 70 percent per PAC-3 MSE, achieving a 90 percent likelihood of destroying an incoming target requires launching two interceptors at a combined cost of 14.6 million USD.

Now assume Fire Point develops a cheaper, mass-producible alternative at “only” 1 million USD per round. Even with a reduced individual intercept probability of 50 percent, reaching the same 90 percent threshold requires four interceptors at a total cost of 4 million USD, roughly 27 percent of the Patriot package.

Even at an increased per-unit price of 1.5 million USD and an even lower intercept probability of only 30 percent, the Fire Point interceptor package would still cost only around 72 percent of the equivalent PAC-3 MSE salvo at the 90 percent intercept threshold. If the interceptor can also be manufactured faster and is ITAR-free, a compelling case for the FP-7.X (or whatever the final product will be called) emerges.

The technological barrier

The story sounds good in theory. But moving from theory to practice is hard, especially in ballistic missile defense. Nothing demonstrates this better than the operational history of the Patriot program itself.

In 1991, official claims of near-perfect Scud intercept rates collapsed under post-war scrutiny, with independent assessments putting the kill rate at near zero. By 2003, the system had improved sufficiently to defeat every Iraqi ballistic missile it engaged, though fratricide incidents kept its reputation mixed. In the 2010s, Saudi interception claims remained contested and independent verification limited, with prominent voices still characterizing the program as a failure. The war in Ukraine finally provided vindication of the system, demonstrating its capability against a peer-level ballistic missile threat, even if its overall track record remains far from perfect.

The Patriot program eventually became a success, first and foremost, because of the institutional discipline of the U.S. Army and political decision-makers, which sustained the system through operational failures, and the iterative technological improvements implemented over the decades by talented engineers, which, step by step, enhanced the system's capabilities.

In many ways, the same pattern is now repeating with SAMP/T. When the system arrived in Ukraine and was first confronted with a ballistic missile threat in an operational peer-on-peer environment, it fell short of expectations. MBDA’s engineers are now engaged in the same iterative improvement process, for example, by deploying an improved Ka-band radar seeker that offers greater precision during the terminal approach, addressing one of the key shortcomings identified in the previous generation of interceptors.

Disrupting history

The institutional history of the Patriot and SAMP/T programs challenges Fire Point’s narrative that it can deploy an effective ballistic missile defense interceptor quickly. History shows that in ballistic missile defense, performance gains are hard-earned through operational experience and disciplined program management. If Fire Point wants to make good on its promise, it would have to disrupt this historical pattern.

Of course, nothing suggests that this would be fundamentally impossible. Ukrainians have repeatedly demonstrated that they can innovate faster than people give them credit for, and that, under the operational conditions in Ukraine, time often moves faster than it does elsewhere. That said, taking on the ballistic missile defense challenge is arguably as demanding as it gets, at least from a technological perspective, and operational ingenuity can only get you so far as a substitute.

All this is to say that even reaching an intercept rate of “only” 30 percent will be difficult, especially within a short timeframe.