The European defense industry is taking on long-range missiles for Ukraine.
In June 2026, the British Ministry of Defence awarded three companies contracts for the second stage of the Brakestop programme for the production of improved cruise missiles. missiles and launchers with a view to testing, including in Ukraine. Around the same time, the European company Destinus announced the production of its 1,000th turbojet engine for Ruta cruise missiles, and the Netherlands confirmed its intention to finance approximately 700 such missiles for Kyiv. At the same time, the British MoD launched the Nightfall program, a tactical ballistic missile with a range of over 500 km. Three programs, three different time horizons, one question: will this become a reality or remain a grand promise without fulfillment?
From single-piece to mass-produced: why Europe is changing its supply logic
Since 2022, Western allies have transferred several types of long-range missiles to Ukraine. The British-French Storm Shadow and SCALP-EG cruise missiles have a range of approximately 250 km. Like cruise missiles of this class in general, they fly along a terrain-following route, making them difficult for radars to detect. American ATACMS missiles have a range of up to 300 km, depending on the modification. A ballistic missile, unlike a cruise missile, climbs to a higher altitude and descends in a steep arc: it reaches its target faster and is easier for an adversary to detect during the flight phase, but is much more difficult to intercept on the final leg. All these systems have one thing in common: stockpiles are limited, each delivery is subject to political scrutiny, and the number of deliveries is measured in units and tens.
Meanwhile, Russia has restructured its military industry to mass-produce various types of missiles. This has created an awkward asymmetry: Ukraine is spending expensive Western interceptors on relatively inexpensive attack munitions. An interceptor missile, depending on the type, costs a million dollars or more, while an attack cruise missile is several times cheaper. When this exchange continues month after month, the economics of war begin to work against the defending side.
It is here that we can see how a new weapons ideology took shape in Europe in 2024–2026. A missile for Ukraine must have sufficient range, at least 500 km, to reach logistics and military industry deep within enemy territory. It must be sufficiently accurate: a CEP (circular error probable, the radius within which half of the hits fall) of several dozen meters is quite sufficient for a warehouse or a transformer substation. It must be cheap enough to produce in hundreds. And without American components, because of ITAR (the American export control regime, under which any transfer weapons (with American elements abroad requires Washington's approval) turns every party into a political event, and Europe increasingly wants to resolve this issue independently.
Brakestop: A British conveyor belt as a working prototype
In November 2024, 27 industrial proposals landed on the desk of the UK Ministry of Defence. The brief was: a cruise missile for Ukraine, with a range of at least 500 km, a price of approximately £400,000 per unit, and a production rate of at least 20 missiles per month per manufacturer. Six companies received initial contracts of approximately £5 million each for prototypes. Seven months later, in December 2025, three finalists conducted flight tests at the Hebrides Range in northern Scotland. All three passed.
Crossbow by MBDA UK
The finalists included a representative group. MBDA UK, with its Crossbow system, is a major defense company with the Storm Shadow and dozens of other programs under its belt. Rotron Aerospace, with its SkyLance system, is a British company specializing in light aviation engines and unmanned systems. And MGI Engineering is a firm that previously developed high-tech solutions for Formula 1. The program is coordinated by a special MoD structure, Taskforce Kindred, created specifically for the accelerated development of long-range weapons.
SkyLance from Rotron Aerospace
In June 2026, each of the three received a second-stage contract worth approximately £15 million: to manufacture fifteen improved missiles, launchers, and support equipment, and then conduct trials, including in Ukraine. There is no final winner yet, and the MoD is deliberately maintaining competition between the three architectures. If one system encounters production or technical issues, the other two will continue to operate. For Russian assets Defense и EW (electronic warfare, jamming of navigation and communication systems) three different flight profiles are more complex than one.
TigerShark by MGI Engineering
The characteristics laid out in the requirements reflect the concept of a mass-produced weapon. A range of at least 500 km allows it to reach warehouses, factories, and logistics hubs far behind the front lines. The warhead weighs at least 225 kg and has already undergone separate ground tests, meaning this component is not a source of delay. The speed exceeds 600 km/h, and the flight is low-altitude and terrain-following. The guidance system is based not on GPS, but on inertial navigation combined with correlation using terrain maps and optical reference points, while the satellite signal serves only as an auxiliary source, which Russia has long and successfully jammed.
The target price is approximately 400 pounds excluding the warhead, roughly half the price of the Storm Shadow. The companies themselves stated their ability to reach a production rate of at least forty missiles per month each within three to four months of receiving the serial order. With three manufacturers at this rate, that's 120 missiles per month. According to various estimates, Ukraine received no more than 200–250 cruise missiles from its allies in total for the entire year of 2023, meaning this is a comparable volume to two months of serial production. An important caveat: forty missiles per month is a pre-contract statement, not a production commitment. The difference is significant.
The program's architecture is declared ITAR-free: no American components and no dependence on American data sources. This means London can supply Brakestop to Ukraine without Washington's approval. In the current political climate, this is a strategic advantage, not a technical nuance.
If testing is successful, the first production Brakestops could arrive in Ukraine in late 2026 or 2027. Delays in defense programs are the rule rather than the exception, so the second option appears more realistic.
Ruta and Nightfall: Second and Third Tiers
In June 2026, the 1,000th T150 turbojet engine rolled out at the Destinus production facility. For a cruise missile, the engine is the most complex component: precision metallurgy, tight tolerances, and a long supply chain. 1,000 units marks the milestone after which engine production is considered mature: the supply chain is stabilized, and tolerances are reproducible in series production.
Ruta Block 2
The Ruta Block 1 and Block 2 cruise missiles are built using the T150 engine. The Netherlands plans to finance approximately 700 Ruta missiles for Ukraine—essentially a production program rather than an aid package. The next version, Block 3, is claimed to have a range of up to 2000 km and a warhead of approximately 250 kg; it is equipped with a thermal seeker, which uses the target's heat signature to guide it during the final phase of its flight. Flight tests of Block 3 are scheduled for 2027. According to these figures—and there is no publicly available data for independent verification yet—the Ruta B3 can cover virtually any point in the European part of enemy territory. The missile's price has not been disclosed.
Nightfall belongs to a different class. It's a land-based tactical missile (OTR) with a ballistic flight profile, a range of over 500 km, and a warhead of approximately 200 kg. The maximum price per missile is 800,000 pounds (approximately $1 million), and the planned production rate is at least ten missiles per month. It is launched from mobile platforms: move out, fire a salvo, and then leave the position—a standard tactic for surviving counter-battery fire. The British MoD planned to award development contracts to three industrial teams in March 2026, with each team required to produce and test three prototypes within twelve months.
It's worth mentioning the nature of the looming delay here. Initially, Nightfall was conceived with a range of over 600 km and a 300 kg warhead, with a planned price of around £400 per missile. Following consultations with industry, the requirements were reduced to 500 km and 200 kg, and the price doubled to its current £800. This isn't just an engineering compromise. The British ballistic missile industry is starting virtually from scratch: Storm Shadow was developed through international cooperation over decades, while this represents a new niche, new production chains, and new competencies. The reduced requirements reflect a sober assessment of the industry's actual capabilities, not a wish list.
Even under the best-case scenario, initial prototype testing will not be completed until spring 2027. Industry experts cite the end of 2027 as the best-case scenario for the first combat-ready batches. A realistic horizon is 2028. Until then, Brakestop and Ruta will play the primary role in building Ukraine's missile arsenal.
It's no coincidence that the two classes of missiles, cruise and ballistic, complement each other. Subsonic cruise missiles are countered by air defense systems, which intercept targets during their midcourse phase. A ballistic missile poses a different challenge: its short approach time (about ten minutes at a range of 500 km) and high speed during the terminal phase require high-altitude interceptors. Two simultaneous threats overwhelm an air defense system more than one, even if it's twice as numerous.
Flow or Promise: What's Behind the Numbers?
Here's what comes out for each program separately and what remains outside the brackets.
Brakestop, under a conservative scenario with two of the three operating manufacturers at a rate of 30-40 missiles per month, yields around 400 missiles per year for Ukraine, assuming half of the output goes there and the rest goes to British stockpiles. Over two to three years of serial production, that's over a thousand. Ruta adds to this a Dutch order for 700 missiles, and additional orders from other European countries could push the figure higher. Nightfall is more modest in quantity, ten missiles per month starting in 2028, but it represents a distinct threat class, and here absolute numbers are less important than the quality of use. In total, under a moderately optimistic scenario, we're talking several thousand missiles of various types by the end of the decade. These aren't just one-off deliveries, but a different order of magnitude.
But three circumstances prevent this scenario from being realized automatically.
First, production chains. The thousandth T150 engine is a bid, not a guarantee of uninterrupted operation during a sharp increase in orders. New component suppliers, new capacity, new personnel: each of these links can become a bottleneck. Between a proven prototype and a stable production run lies a gap that defense programs regularly underestimate.
Second, political will. European defense budgets are finite, and social spending, energy transition, and migration all compete for the same funds. A change of government in London or The Hague could slow down programs without formally canceling them. Ukraine's share of total production is not fixed anywhere, and both the UK and the Netherlands will begin building their own stockpiles, a priority that will constantly compete with exports.
The third circumstance is the most inconvenient, because it can't be solved with money. Russian air defense, according to available data, has already demonstrated its ability to adapt to new threats: they developed a layered interception tactic against Storm Shadow, and adjusted the deployment of equipment and depots for ATACMS. The arrival of Brakestop and Ruta will trigger the next cycle. There's a window between the arrival of missiles and the development of effective countermeasures, and it is within this window that a significant portion of the combat value of the new systems is concentrated. This window is open for a fixed period of time—until the enemy develops countermeasures. The slower the missiles arrive, the fewer of them will have time to pass through this window before it closes. In other words, the delay isn't just a time inconvenience; it directly impacts effectiveness.
"Flow" isn't quite the right word yet. It's more like underground water: the pressure is there, the direction is clear, but it hasn't surfaced yet. The plans are ready, the funding is partially in place, and production chains are starting to take shape. What's missing are the solutions that transform potential into commitment.
"Ukraine will receive its own ballistic weapons, and they will be used for strikes on Russian territory. The emergence of Ukrainian ballistic weapons will change our country's status in the world," says Ukrainian Defense Minister Fedorov.
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