What started as a survival effort has turned into a high-stakes technological gamble: build weapons at home, or risk being left exposed when foreign deliveries slow, stall, or get blocked by politics.
From dependency to deterrence
For much of the war, Ukraine’s long‑range firepower depended on Western stockpiles and the mood of foreign parliaments. That dependence is now under direct challenge from a domestic player: Fire Point, a Ukrainian defence company that has spent the past four years designing a family of homegrown missiles.
The headline system is the FP‑9, a ballistic missile designed to hit targets up to roughly 850 kilometres away with a heavy warhead. On paper, that brings high‑value sites deep inside Russia, including Moscow and St Petersburg, within theoretical reach from Ukrainian territory.
The FP‑9 hands Kyiv something Moscow has long feared: an indigenous, hard‑to‑intercept missile capable of striking deep into Russia.
Alongside the FP‑9, Fire Point has developed two other systems, the FP‑5 “Flamingo” and the FP‑7, giving Ukraine a layered strike capability: cruise missiles for very long range, tactical ballistic missiles for regional targets, and interceptors for defence.
What makes the FP‑9 so unsettling for Moscow
The FP‑9 is a ballistic missile, which means it is fired on a steep arc, climbs high above the earth, then descends at high speed onto its target. That flight pattern alone causes headaches for air defence operators.
According to Ukrainian sources, the FP‑9 features:
- Range: about 800–850 km
- Warhead: around 800 kg
- Flight profile: high, arcing “bell‑shaped” trajectory
- Role: deep‑strike against strategic targets
That 800 kg warhead roughly matches the payload of many Cold War–era tactical missiles. Used with precise coordinates, it is enough to devastate fuel depots, major command posts, bridges, and critical infrastructure nodes.
Its arcing trajectory shortens the reaction time for Russian air defences and complicates interception calculations.
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Russian systems such as S‑300 and S‑400 can theoretically engage ballistic targets. In practice, the more complex the path and the higher the speed, the lower the chance of a clean intercept. A salvo of FP‑9s could overload radar and missile batteries that are already busy fending off drones and cruise missiles.
Why Russian cities suddenly look closer
Range is at the heart of the Kremlin’s concern. Launched from central or eastern Ukraine, an 850‑kilometre missile envelope pushes well beyond the front lines. Even from positions far from the Russian border, Ukrainian planners can start mapping potential aimpoints around Moscow’s wider region and the St Petersburg area.
Russian leaders have long presented the homeland as insulated from most Ukrainian strikes. The FP‑9 undercuts that narrative, at least symbolically. Even a small number of credible, domestically produced missiles forces Moscow to reassign air defence assets, adjust public messaging, and plan for scenarios that once looked remote.
The rest of the Fire Point arsenal
The FP‑9 is only one part of Fire Point’s strategy. The company has built a “family” of missiles intended to give Ukraine flexibility and redundancy across the battlefield.
| System | Type | Approx. range | Warhead | Main role |
|---|---|---|---|---|
| FP‑5 “Flamingo” | Cruise missile | Up to 3,000 km | Not publicly detailed | Very long‑range precision strike |
| FP‑7 | Tactical missile / interceptor | About 200 km | 150 kg | Battlefield strikes and anti‑missile role |
| FP‑9 | Ballistic missile | 800–850 km | 800 kg | Deep‑strike against strategic targets |
FP‑5 “Flamingo”: the 3,000 km message
The FP‑5 “Flamingo” stands out for one stark number: 3,000 kilometres. That sort of range pushes far beyond the immediate front and well into the heart of the Eurasian landmass.
As a cruise missile, the FP‑5 flies much lower than the FP‑9, hugging terrain and using a more discreet profile to slip through or around radar coverage. It was initially slated for service in August 2025 and is aimed at giving Kyiv an indigenous alternative to Western cruise missiles like Storm Shadow or SCALP‑EG.
This kind of system signals that Ukraine does not want its strategic options to collapse if Western capitals delay or limit future deliveries. Even a modest domestic fleet of long‑range cruise missiles changes regional planning in Moscow, Minsk, and even further afield.
FP‑7: between ATACMS and S‑400
The FP‑7 sits in a different niche. Ukrainian officials compare it to the US ATACMS, a short‑range ballistic missile used for hitting high‑value military targets up to a few hundred kilometres away. With a stated 200 km range and a 150 kg warhead, the FP‑7 is suited for airbases, ammo dumps, and key road and rail junctions behind Russian lines.
Fire Point also presents the FP‑7 as a sort of “clone” of the Russian S‑400 in one particular role: intercepting ballistic missiles such as Russia’s own Iskander. That suggests an ambition to use the FP‑7 not only offensively, but as an air and missile defence tool layered over major Ukrainian cities or industrial sites.
A single missile design that can both strike and intercept gives Ukraine flexibility and simplifies logistics for a stretched military.
Economic logic behind Ukrainian missile autonomy
Fire Point co‑founder Denys Shtilerman has argued that high‑speed ballistic systems are not just a strategic asset, but also a financial one. Ukraine currently spends vast sums to counter Russia’s Iskander missiles, often relying on Western‑supplied interceptors that cost millions of euros per shot.
According to Shtilerman, new domestic systems could reduce the cost of knocking down an Iskander from well over €5.5 million to a band between roughly €1 million and €1.5 million. That is still a large bill, but in a war fought through repeated waves of missile and drone attacks, unit costs add up quickly.
Behind these figures sits a broader industrial surge. Since the start of 2025, Ukrainian authorities say domestic arms production has grown to around six times the previous year’s level. Factories that once made civilian goods have been redirected. New lines have opened for guidance systems, rocket motors, and warheads.
For Kyiv, this is about more than cost accounting. Each shift toward local production modestly reduces the leverage of foreign capitals over Ukraine’s daily survival. It also keeps more money and high‑tech jobs inside the country, helping sustain a wartime economy under relentless stress.
How this shifts the strategic map
Russia has long used its own missile arsenal to break Ukrainian infrastructure, intimidate cities, and pressure Western publics. Ukraine’s emerging firepower does not erase that imbalance, but it injects new uncertainty into the Kremlin’s planning.
Russian decision‑makers now have to weigh the risk that attacks on Ukrainian power plants, railways, or government centres might trigger retaliatory strikes far from the front line. Even the possibility can alter the timing and scale of Russian campaigns.
Deterrence rarely relies on thousands of missiles; sometimes a credible handful is enough to change behaviour.
There is also a political layer. If Ukraine can show that much of its long‑range arsenal is built at home, foreign partners may feel slightly freer to send additional systems without fearing they alone are escalating the conflict. At the same time, Moscow can portray domestic Ukrainian missiles as proof that NATO is turning the country into a permanent military platform, fuelling propaganda at home.
Risks, escalation, and potential scenarios
The FP‑9 and its cousins come with obvious risks. A strike on a high‑profile site near Moscow or St Petersburg could provoke a harsh Russian response, with intensified attacks or new military measures. Even short of that, accidents, mis‑calculations, or targeting errors always hang over long‑range operations.
Western allies will watch closely how these systems are used. Some may push Kyiv to limit strikes to clearly military targets and to avoid symbolic blows on Russian cities that could shatter already fragile diplomatic channels.
Several scenarios are already being discussed by analysts:
- Coordinated salvos of FP‑9s and drones to overwhelm Russian air defences around a key airbase
- Use of FP‑7 as an interceptor to protect Kyiv or Odesa during an intense Iskander barrage
- Selective use of FP‑5 “Flamingo” for high‑value, long‑range targets such as command bunkers or logistics hubs far from the front
Key terms and what they actually mean
Ballistic missile: launched on a high arc, much like an artillery shell scaled up. After the initial powered phase, it flies mostly along a pre‑set path governed by gravity and speed. This makes it fast and hard to chase, but traditionally less flexible than a cruise missile.
Cruise missile: flies like a small pilotless aircraft, usually at low altitude and subsonic speed. It can follow waypoints, adjust course mid‑flight, and weave along valleys or coastlines, making radar detection tricky.
Interceptor: a missile launched to destroy another missile or aircraft. It needs fast reaction times, accurate tracking, and a high‑performance guidance system. Using interceptors efficiently is as much about software and radar networking as about the missile itself.
As the FP‑9 and its sister systems progress from test stands to operational units, the balance between these technologies will shape not only Ukraine’s security, but also how Russia calculates risk along its western frontier. For the Kremlin, that calculation has just grown more complicated.