DECODED: FP-7 and FP-9 — the Ukrainian ballistic missiles that will put Moscow in range

Introduction: a strategic breakthrough born from the rubble

A company born under the bombs, an arsenal born under pressure

In 2022, just as Vladimir Putin’s missiles were ravaging Ukrainian cities, a handful of engineers founded Fire Point in a context of total national survival. Four years later, this Ukrainian company is presenting itself at Eurosatory 2026 in Paris with two ballistic missiles that are making strategists in Western capitals shiver: the FP-7 and the FP-9. The first can already strike targets 200 to 250 kilometers away. The second, still in development, is designed to reach 850 kilometers — in other words, Moscow.

This is not a posture. This is not a hollow announcement. It is the result of a ballistic scale-up built in secret, funded by war, and fueled by the ingenuity of engineers who did not have the luxury of taking their time. Ukrainian Defense Minister Mykhailo Fedorov confirmed it bluntly: ‘Ukrainian ballistic missiles will change the entire course of this war. They will fundamentally change Ukraine's status in the world.’ This analysis traces the rise of this unprecedented capability.

The geopolitical context: when the retaliation becomes doctrine

Since the beginning of the full-scale Russian aggression in February 2022, Ukraine has been forced to improvise a defense industry under enemy fire. The FP-5 Flamingo cruise missiles — capable of striking at 3,000 kilometers with a 1,150-kilogram warhead — were the first symbols of this industrial revolution. But Ukrainian doctrine goes further: where the Flamingo glides through the sky like a slow ghost, ballistic missiles strike at Mach 4 to Mach 7, trajectories that are almost impossible to intercept with the defenses currently deployed around Moscow.

Ukraine is no longer just looking to defend itself. It is developing a deep strategic strike capability that reverses the logic of terror. For the first time since the start of the conflict, the Kremlin could find itself facing a ballistic threat of which it does not hold the monopoly. And this threat is Ukrainian, independent, manufactured in workshops that run twenty-four hours a day.

Fire Point: the DNA of a wartime startup

Founded in an emergency, structured for speed

Fire Point is a private Ukrainian company founded in 2022, the very year of the full-scale Russian invasion. Its co-founders, Iryna Terekh (CEO) and Denys Shtilerman (Chief Designer), understood from the start that Ukraine's survival depended on a capacity to produce precision weapons at scale, quickly, and without dependence on foreign suppliers who might be subject to political pressure. The company today produces approximately 260 drones per day from the FP-1 and FP-2 families, and manufactures three FP-5 Flamingo missiles per day.

According to figures provided by the company itself, up to 60% of strikes on targets located in Russian territory are reportedly carried out with Fire Point drones. This statistic, if confirmed, makes it one of the most decisive players in the drone war that has torn through Russo-Ukrainian airspace for two years. But drones, however effective, are not everything. Ballistic missiles are needed to bypass the three layers of anti-aircraft defense surrounding Moscow — and that is precisely where the FP-7 and FP-9 come in.

The industrial philosophy: accessible, composite, sovereign

Fire Point’s philosophy rests on three pillars: accessible technologies, maximally simplified production, and total sovereignty. Where Western systems like the Patriot or ATACMS are restricted by remote deactivation software that Washington reserves for itself, Fire Point missiles are designed without any possibility of remote deactivation. Shtilerman said it explicitly during a presentation at Eurosatory: his missiles contain no deactivation backdoors. A guarantee of sovereignty that carries weight for European clients burned by American terms of use.

The structures are manufactured entirely from composite materials — carbon fiber and epoxy resin — which makes them lighter, more resistant to the thermal stresses of atmospheric reentry, and harder to detect by radar. The entire technological spectrum, from antennas to navigation systems capable of flying at night without satellite communication, is developed in-house. Fire Point does not outsource its soul.

The FP-7: the Ukrainian alternative to the ATACMS

A first iteration with formidable performance

The FP-7 is the first ballistic missile in the Fire Point range. In its first iteration, it is designed to carry a 200-kilogram warhead over a distance of 250 kilometers. Its maximum speed reaches 1,500 meters per second — or 5,400 kilometers per hour — making it a system that is virtually impossible to intercept with previous-generation air defenses deployed in the Ukrainian theater. Its apogee is 50 kilometers, its maximum flight time is 250 seconds, and its declared accuracy is 14 meters CEP — a surgical level of precision.

The FP-7 is based on the Russian 48N6 anti-aircraft missile from the S-400 system — a cruel irony of history: Ukraine has turned Russia's own air defense technology against it. The airframe measures 7.5 meters long by 0.52 meters in diameter. The missile is launched from a ground platform and is positioned as a direct alternative to the American ATACMS, but at a cost at least two times lower, according to Shtilerman. Its structure is entirely composite, giving it stealth and thermal resistance properties superior to its aluminum Russian ancestor.

Successful tests and ready for the front

The FP-7 has already undergone live fire tests — the first launches took place in February 2026, followed by a second test on March 14, 2026. According to company sources present at Eurosatory, the ballistic version is in its final stage of development. Codification by the Ukrainian Ministry of Defense, a prerequisite for integration into the armed forces, was expected by the end of 2025, then postponed to early 2026 due to organizational issues. The trials are now deemed satisfactory.

Chief Designer Denys Shtilerman describes the FP-7 as ‘the ATACMS replacement, but cheaper.’ In an interview with Army TV in March 2026, he specified that the FP-7 has already passed its tests and that the FP-7.x version — the interceptor variant — is ‘completely ready’ in his own words: ‘The missile is totally ready. We have carried out the tests. A flight test. At maximum acceleration, it deviated and executed a very aggressive command from the C2 command center.’ The FP-7 is no longer a promise: it is an imminent operational reality.

The FP-9: when 850 kilometers mean Moscow

The numbers that make the Kremlin tremble

The FP-9 is in a different category. Not an evolution — a tier-one disruption. This long-range ballistic missile is designed to carry an 800-kilogram warhead over a distance of 850 kilometers. Its maximum speed reaches 2,100 meters per second according to EDR Magazine data — or 7,560 kilometers per hour, almost Mach 6.2. Its apogee is identical to the FP-7: 50 kilometers. Its maximum flight time is 520 seconds. Its declared accuracy is 20 meters CEP.

850 kilometers. The figure is precise. It leaves no geographical ambiguity. Moscow is located approximately 700 to 760 kilometers from the eastern Ukrainian border. Saint Petersburg, Vladimir Putin's hometown, is at a similar range. Shtilerman himself stated it bluntly in an interview with Deutsche Welle: ‘800 kilometers is Moscow, it is Petersburg.’ The statement is not rhetorical. It is ballistic.

A physically imposing missile, larger than the Russian Iskander

During the Road to URC (Ukraine Recovery Conference) in Rzesz3w, Poland, in late April 2026, Fire Point displayed the full-scale mockup of the FP-9 alongside the FP-7 for the first time. The comparison is striking. With an estimated length of 9.5 meters and a maximum diameter of 1.1 meters, the FP-9 is larger than the Russian 9M723 missile from the Iskander system (7.2 meters long, 0.95 meters diameter), larger than the Ukrainian Hrim-2, and significantly more imposing than the American ATACMS (4 meters long, 0.61 meters diameter). The physics is relentless: a missile that must carry 800 kilograms for 850 kilometers simply cannot be compact.

At Eurosatory 2026, the solid-propellant rocket motor intended for the FP-9 was on display at the Fire Point stand, drawing a crowd of defense specialists. Its thrust is 37,000 kilograms-force. The diameter of the nozzle's critical throat is 190 millimeters. The motor body is manufactured by continuous filament winding of carbon fiber and epoxy resin. Measuring 4,392 millimeters long with a total motor length of 5,102 millimeters, its diameter is 1,000 millimeters. The mass without propellant is 570 kilograms, to which 4,700 kilograms of propellant is added, for a total mass of 5,270 kilograms. The burn lasts about 10 seconds — enough to reach the required speed.

The motor: the last piece of the puzzle

‘We have everything except the motor’

In June 2026, Denys Shtilerman summarized the progress of the FP-9 with a pithy phrase: ‘We have everything except the motor.’ A validation test of the thruster was planned for June 2026, representing the last major obstacle for a system whose guidance, flight controls, and structure are declared complete. Fire Point plans to manufacture a first batch of 10 to 20 test missiles simultaneously with the motor validation tests to accelerate operational readiness. According to the sequence defined by the company: motor test → flight test → codification → production expansion → operational use.

The industrial key to this motor is also located... in Denmark. Fire Point announced the construction of a factory in Denmark to manufacture the solid-propellant motors intended for the FP-5 Flamingo boosters, as well as for the FP-7 and FP-9 ballistic missiles. A geographical diversification of production aimed at securing the supply chain even if Ukraine were to suffer massive strikes on its industrial facilities. The logic of resilience is built-in from the design phase.

Codification as the entry threshold into the armed forces

Codification by the Ukrainian Ministry of Defense is the formal condition for the FP-9 to enter the arsenal of the armed forces. Fire Point was expecting this codification by the summer of 2026. Once obtained, it would pave the way for deliveries to the Ukrainian Armed Forces and, according to Shtilerman's statements, to serial production that could reach hundreds of missiles per month if state orders and financing are confirmed. Minister Fedorov confirmed that there are ‘absolutely no financial problems’ in the development of Ukrainian ballistic missiles.

The road is mapped out. It is not without obstacles — a motor to validate, flight tests to succeed, codification to clear — but the trajectory is clear. For the first time since the start of the war, Ukraine is acquiring an autonomous ballistic capability, funded, industrialized, and oriented toward specific targets on Russian territory. Not slow drones that can be shot down. Ballistic missiles that fly at Mach 6 in 8 minutes from launch to impact.

Eurosatory 2026: staging a rise in power

Day 4 and the video of the night attack on Moscow

At Eurosatory 2026, at the Villepinte Exhibition Center in Paris, the Fire Point stand was dominated by the gigantic pink FP-5 Flamingo — a deliberate staging of a 6,000-kilogram cruise missile capable of carrying a 1,150-kilogram warhead for 3,000 kilometers. But it was what was happening behind the Flamingo that caught the eye: mockups of the FP-7 and FP-9, displayed side-by-side, and the giant FP-9 rocket motor sitting in the center of the stand like an industrial declaration of intent.

On the 4th day of Eurosatory, before noon, a video of a night attack on Moscow was broadcast on the large screen behind the Flamingo, FP-7, and FP-9. This video — following a successful real-world strike by Fire Point FP-1 drones on Moscow — generated, according to EDR Magazine, ‘considerably increased interest’ in the company's stand. Ukraine was not just exhibiting prototypes: it was showing weapons already used in combat, striking the enemy capital.

80 Ukrainian companies, a historic moment for European defense

Ukraine increased its presence at Eurosatory from 10 to 80 defense companies between 2024 and 2026 — a progression that testifies to the industrial maturity acquired under the constraint of war. Fire Point occupied a central place there, not as a simple exhibitor, but as a driver of European strategic thinking on ballistic missile defense. At Eurosatory 2026, the company signed a memorandum of understanding with Germany’s Hensoldt to integrate the TRML-4D radar — capable of simultaneously tracking more than 1,500 targets at a range of 250 kilometers — into the Freyja project. Discussions are also underway with Norway's Kongsberg Gruppen and France's Thales.

CEO Iryna Terekh summarized the stakes: ‘We did not have enough radars to implement Freyja, but now we do, and we can move from concept to the practical implementation of a Pan-European anti-ballistic shield.’ Ukraine is no longer just asking the West for weapons: it is proposing a collective defense ecosystem to the whole of Europe.

Freyja: the Pan-European anti-ballistic shield

An ambition that goes beyond the Ukrainian battlefield

The Freyja program is Fire Point's highest ambition: to create a Pan-European anti-ballistic shield based on an open architecture, independent of any particular supplier or country — a direct jab at the American Patriot and its restrictive terms of use. The interceptor missile at the heart of Freyja is the FP-7.x, a variant of the FP-7 made entirely of composite materials, reaching speeds of 1,500 to 2,000 meters per second, 7.25 meters long, with an outer diameter of 1.15 meters and a fuselage diameter of 0.53 meters. It is equipped with a semi-active infrared seeker.

The unit cost of the FP-7.x is presented as being six times lower than that of the Patriot's PAC-3 interceptor. If the goal of bringing the cost of interception below one million dollars is reached, it would represent a revolution for European missile defense. Shtilerman put it in clear terms during an interview in 2026: ‘If we can bring this cost down to less than a million dollars, it will be a breakthrough in air defense solutions.’ The first test of an interception of a ballistic missile is planned by the end of 2027.

The constructive paradox: ballistic missiles also serve the shield

There is a fascinating industrial logic in the Fire Point architecture: the same ballistic platforms that threaten Russian targets also serve to test and train European missile defenses. Shtilerman proposed that European countries use Fire Point missiles as targets to exercise their radars, command centers, and interceptors — against modern composite missiles, not ‘old aluminum missiles of the previous generation.’ The war in Ukraine is thus transformed into a full-scale training laboratory for the defense of the whole of Europe.

This duality — ballistic aggressor for Russia, anti-missile trainer for Europe — summarizes Fire Point's strategic pivot. The company doesn't just manufacture weapons. It redraws the continent's security architecture. And it does so from Ukraine, under fire, with means that did not exist four years ago.

The voice of Fedorov: the politics behind the technical

A minister who confirms without revealing

Ukrainian Defense Minister Mykhailo Fedorov is not the type to promise what he cannot deliver. When he gave an interview to the Ukrainian television channel TSN in early June 2026, his words were weighed: ‘Ukrainian ballistic missiles will change the entire course of this war. They will fundamentally change Ukraine's status in the world. We have already changed it many times — but this is a whole different category.’ He added, with calculated caution: ‘On one hand, I don't want to feed expectations that are too high, and on the other, I don't want to give hints to our enemy. But I can only quote our president here: Ukrainian ballistic missiles will be developed, and they will strike Russia.’

On the question of financing, Fedorov swept away all doubt: ‘There are absolutely no financial problems in the development of Ukrainian ballistic missiles.’ This is a rare statement in the Ukrainian context, where resources are chronically under pressure. It signals that the Ukrainian state has made ballistic missiles an absolute priority of its weapons program. It is not Fire Point that funded its own missiles in secret — it is Ukraine that decided to arm itself to the last resort.

Zelensky and the doctrine of symmetrical retaliation

Behind Fedorov's statements looms Volodymyr Zelensky’s doctrine: give Russia a taste of its own medicine, with Ukrainian weapons. Where Putin has systematically targeted Ukrainian energy infrastructure — power plants, substations, distribution networks — Zelensky and his engineers are preparing the capacity to do exactly the same to Moscow. Shtilerman explicitly named Moscow's energy infrastructure as potential targets for the FP-9, establishing a claim of symmetry: what you do to our cities, we will do to yours.

This doctrine is not about revenge. It is about deterrence. A sovereign state that can threaten the capital of its aggressor has a bargaining chip that Ukraine has never had. Future possession of the operational FP-9 would fundamentally transform the power dynamic — not in terms of immediate military victory, but in terms of costs imposed on Russia and credibility in any future negotiation.

Comparison with existing systems

Against the ATACMS: cheaper, not less effective

The American ATACMS (Army Tactical Missile System) was for a long time the only ballistic missile Ukraine had in the theater of operations — and even then, delivered in small batches, under restrictive conditions of use. The ATACMS Block I has a range of 165 kilometers with a submunition warhead, while the MGM-168 ATACMS version reaches 300 kilometers. The FP-7, with a range of 200 to 300 kilometers depending on the iteration, is directly positioned in this market segment. Its cost is estimated to be two times lower than that of the ATACMS. Its production can be carried out in Ukraine itself, without dependence on American exports subject to political conditions.

The precision of the FP-7 (14 meters CEP) is comparable to that of the most recent versions of the ATACMS. The terminal speed (1,500 m/s) is similar. The decisive advantage is sovereignty: Ukraine can use its own FP-7 against any target on Russian territory without asking for Washington's permission. Politically, strategically, and militarily, this is a first-rate transformation.

Against the Russian Iskander: further, heavier, faster

The comparison with the Russian 9M723 Iskander missile is even more revealing. The Iskander-M has an official range of 500 kilometers — although unofficial estimates credit it with longer ranges — and a 480 to 700-kilogram warhead. The FP-9 exceeds it on all declared parameters: 850 kilometers range, 800-kilogram warhead, maximum speed of 2,100 to 2,200 meters per second. Shtilerman himself stated with barely contained pride: ‘Our ballistic missiles are better at 850 km than the Russian Iskanders. They fly further, carry a larger load, cost less, and reach the target one and a half times faster.’

This comparison is not just a sales argument. It means that Ukraine, if the FP-9 enters operational service, will have a ballistic missile superior in all its declared dimensions to Russia's flagship system — the one Putin has used for years to terrorize Ukrainian cities. The balance of terror would be fundamentally reconfigured.

Remaining technical challenges

The motor: the last obstacle before operationality

Despite the impressive declared performance, the FP-9 is not yet operational. The main reason is simple: the rocket motor has not yet completed its validation. This solid-propellant motor, developed by Fire Point itself, is the cornerstone of the system. The entire design — guidance, composite airframe, warhead — can be perfect, but without a tested and validated motor, the missile remains on the ground. The motor validation test was planned for June 2026. Fire Point hopes to follow up quickly with flight tests and obtain Ministry of Defense codification in the summer of 2026.

The sequence remains risky. Solid propulsion motor tests for ballistic missiles are critical moments where years of work can be invalidated in a few seconds. The company has experienced organizational delays that pushed back the codification of the FP-7 by several months. Similar delays are possible for the FP-9. Shtilerman himself acknowledged in an interview in January 2026: ‘I thought we would be ready before the New Year. But there was a series of events that prevented us.’ Honesty about delays is a sign of seriousness — not helplessness.

System integration: seekers, radars and C2

For the Freyja version of the FP-7.x, the technical challenges go beyond just the motor. Shtilerman bluntly admitted the gaps to be filled: ‘We don't have time to develop the C2 center [command and control], nor the radars [surveillance and tracking]. Our interceptor needs a seeker [the eye of the missile spotting the target].’ These elements are being acquired or developed with European partners: Hensoldt for the TRML-4D radars, Diehl Defence for the guidance systems (seeker development in cooperation), Kongsberg Gruppen for the fire control systems. The offensive ballistic version of the FP-9 is less dependent on these integrations — it strikes static targets, not missiles in flight.

The FP-7.x is aerodynamically ready: it executes all control commands with precision and aggressiveness. But integration with radars, C2 centers, and secure data links resistant to electronic jamming is still ongoing. The first real ballistic missile interception test is targeted for late 2027.

The Ukrainian defense industry: a systemic revolution

From wartime craftsmanship to industrial production

What is remarkable in the case of Fire Point is not just the technical performance of the missiles — it is the speed of the industrial scale-up. In 2022, the company did not exist. In 2024, it was producing drones by the thousands. In 2025, it was exhibiting cruise missiles at MSPO in Poland. In 2026, it presents ballistic missiles at Eurosatory in Paris and signs cooperation agreements with European defense giants. This trajectory is unprecedented in the industrial history of a war economy. Shtilerman stated that the company can move to serial production of several hundred missiles per month as soon as state orders are confirmed — a level of production that would fundamentally transform Ukraine's strike capability.

This revolution is not limited to Fire Point. Ukraine increased its presence at Eurosatory from 10 to 80 companies in two years. Drone startups, ammunition manufacturers, developers of electronic warfare systems — an entire defense ecosystem has structured itself under the bombs, driven by real-time demand and an operational feedback loop that no peacetime defense program can reproduce.

The strategic lesson for the West

The emergence of the Ukrainian defense industry is also a painful lesson for Western countries that have under-invested in their production capacities since the end of the Cold War. Where European armies struggle with multi-year delivery times for existing systems, Ukraine demonstrates that a defense industry can structure itself in two to three years when the pressure is sufficient. The phrase ‘time-to-market’ translates into Ukrainian as ‘time-to-frontline’ — a reformulation that should inspire every defense acquisition director in Europe.

Fire Point also represents a disruptive economic model for Western defense. Ballistic missiles at half the price of ATACMS, interceptors six times cheaper than the PAC-3, made of composites, without the possibility of remote deactivation — this catalog is a direct challenge to the American-European duopoly of strategic precision systems. Ukraine is no longer just a theater of operations: it has become a competitor in the global defense industry.

Geopolitical implications of a Ukrainian missile on Moscow

Restored deterrence: what it changes for peace

The prospect of a Ukrainian ballistic missile striking Moscow goes far beyond the military sphere. It touches the heart of strategic deterrence. For decades, Russia maintained a terrifying asymmetry: it could strike any Ukrainian city without risking retaliation on its metropolitan territory. Western missiles provided to Ukraine — ATACMS, Storm Shadow, SCALP — have gradually reduced this geographical impunity. But a Ukrainian ballistic missile reaching Moscow would represent a qualitative leap: complete reciprocity.

The question being debated in Western chancelleries is simple: does this capability make peace more likely or less likely? Deterrence theorists would say that a Ukraine capable of striking Moscow is a Ukraine whose cost of continuing the war Putin must seriously calculate. Pessimists would say that this risks causing an escalation. The history of the last 70 years of nuclear deterrence argues rather for the first thesis: credible retaliation capability is what avoids wars, not what provokes them.

Ukraine as an autonomous ballistic power: a signal to Beijing

It would be shortsighted to see in the FP-9 only a tool of the Russo-Ukrainian war. Ukraine's ballistic scale-up sends a signal far beyond Moscow. It demonstrates that a medium-sized state, under aggression, can develop a ballistic strike capability in a few years with commercial technologies and an industry under pressure. This model is being observed with interest — and perhaps concern — in Beijing, which is closely watching any precedent that might inspire Taiwan. The Ukrainian demonstration is an indirect response to the question: can a besieged democracy develop its own deterrence? The answer is now: yes, and quickly.

The West must draw the necessary conclusions. Supporting Ukraine in its ballistic program means supporting not only its immediate defense but also the demonstration of a universal strategic principle: democracies can and must be able to defend themselves by their own means. This strategic autonomy is not competition for the United States — it is an indispensable complement to the Western security architecture in a world where Washington may, under certain administrations, be tempted to withdraw from its commitments.

What the West must do now

Finance, codify, integrate

Western governments that still have doubts about supporting the Ukrainian ballistic program must read the figures: an FP-9 at half the price of an ATACMS, an FP-7.x at six times less than a PAC-3, a production line that can reach hundreds of units per month. This is not charity toward Ukraine — it is an investment in European collective security at the best cost-effectiveness ratio available. The partnerships with Hensoldt, Kongsberg, and Diehl Defence show that European industrialists have understood this. Governments must follow.

The rapid codification of the FP-9 by the Ukrainian Ministry of Defense is also a stake for Western partners. The sooner the missile is formally adopted by the Ukrainian armed forces, the sooner mass production can begin, and the sooner Ukraine will have a credible ballistic strike capability. Each month of delay is a month during which Russian missiles continue to strike Kharkiv, Kyiv, and Odesa without a long-range Ukrainian equivalent.

Do not repeat the mistakes of late deliveries

The history of the war in Ukraine is partly a story of weapons given too late, too little, and with too many conditions. The Leopard tanks promised then delivered months late. The F-16s announced then shipped in small batches. The ATACMS whose authorization for use was given in tranches, each with its forbidden zones. The West has learned, harshly, that reluctance to arm Ukraine prolongs the war without changing it. The Ukrainian ballistic program deserves proactive support, not reactive. Fire Point doesn't need the West to tell it what to do — it needs contracts, radars, guidance systems, and export markets.

The stakes are clear: if the FP-9 enters operational service, it changes the equation of the war. If the West helps it enter sooner, it contributes to a faster resolution of the conflict on terms favorable to Ukraine. If the West hesitates further, it prolongs Ukrainian suffering and the Russian threat to NATO’s eastern flank. There is no neutral position in this equation.

Conclusion: a Ukraine forging its place in ballistic history

From zero to Moscow in four years: the assessment of a wartime industrial revolution

In four years, Ukraine has traveled a path that, in other contexts, would have taken decades. From zero indigenous ballistic capability to a tested FP-7 undergoing codification, and an FP-9 within range of Moscow undergoing motor validation — this is a trajectory explained by the combination of an existential threat, technical ingenuity inherited from the Soviet era, growing Western support, and an industrial doctrine of simplicity and speed. Fire Point has turned the phrase ‘time-to-frontline’ into operational reality. The defense world has not finished taking its measure.

The FP-7 is the Ukrainian alternative to the ATACMS — cheaper, sovereign, composite. The FP-9 is something unprecedented: the first indigenous Ukrainian ballistic missile at a strategic range, capable of putting Moscow within reach of a Ukraine that has no intention of giving up. When Shtilerman says that ‘the next flight should be toward Moscow,’ he is not using rhetoric. He is describing an engineering sequence: validate the motor, test the flight, codify, produce, strike. Ukraine is in this sequence. The question is not whether the FP-9 will strike Moscow — it is when.

The final line: history does not forgive the powerless

Ukraine's ballistic scale-up is a reflection of a deeper truth about war, deterrence, and the survival of nations. A country that cannot defend itself — or threaten back — does not survive against a determined aggressor. Ukraine has chosen to survive. It has chosen to forge the tools of its own deterrence. And it does so with a speed and ingenuity that force respect, even from the most hardened skeptics. The FP-9 is more than a missile. It is proof that an attacked democracy can build its own strategic sovereignty — and that this construction is the best guarantee of lasting peace.

Putin wanted to destroy Ukraine. He is creating an emerging ballistic power on his borders. The irony of history would be almost perfect if it were not paid for with such a heavy human toll.

Signed Maxime Marquette, columnist

Sources

Primary sources

EDR Magazine — Eurosatory 2026: Fire Point lights up the sky over Moscow (Paolo Valpolini) — June 19, 2026

UA.News — Fedorov: Ukrainian ballistics can change the course of the war and Ukraine's status — June 17, 2026

Army Recognition — Ukraine's new FP-9 ballistic missile to target Moscow's energy infrastructure (J9r4me Brahy) — June 19, 2026

Secondary sources

Militarnyi — Flamingo Missiles Manufacturer Announces Development of FP-7 and FP-9 Ballistic Missiles — September 4, 2025

RBC Ukraine — Russia may face a new threat as Ukraine advances ballistic missile program (Kateryna Serohina) — June 17, 2026

Defence-UA — Designed to Reach Moscow: FP-9 Turns Out Larger Than Iskander, Hrim-2 and Even SCUD — April 27, 2026

Euromaidan Press — FP-7 tested, FP-9 at 800 km approaching trials: Fire Point reveals Ukraine's ballistic missile roadmap — March 9, 2026

Ukrainska Pravda — Fire Point's large missiles and contracts: the story of a wartime company — January 9, 2026