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Ukraine Expands Eurosatory 2026 Presence From 10 to 80 Defense Firms Amid War With Russia.


Ukraine will bring 80 defense companies to Eurosatory 2026, up from 10 in 2024, turning Kyiv’s wartime industry into one of the main focuses of the Paris exhibition from June 15 to 19. The expanded presence matters because Ukraine is now shaping European debates on range, mass production, survivability, and combat-proven weapons against Russia.

The Ukrainian display will include Fire Point systems linked to long-range strike, including a 3,000 km missile and a 1,600 km unmanned aerial vehicle. These capabilities highlight how Ukraine is pushing deeper-strike options and scalable battlefield technologies into the center of Europe’s defense modernization agenda.

Related topics: Eurosatory 2026 Official Online Digital News

Ukraine’s expanded presence at Eurosatory 2026, with 80 defense companies compared with 10 in 2024, reflects the rapid growth of its wartime defense industry since Russia’s 2022 invasion, with a strong focus on drones, long-range strike systems, missiles, electronic warfare, and combat-tested production models (Picture source: Infozahyst).

Ukraine's expanded presence at Eurosatory 2026, with 80 defense companies compared with 10 in 2024, reflects the rapid growth of its wartime defense industry since Russia's 2022 invasion, with a strong focus on drones, long-range strike systems, missiles, electronic warfare, and combat-tested production models (Picture source: Infozahyst).


The increase from 10 to 80 Ukrainian exhibitors reflects a structural change in Ukraine’s defense sector since Russia’s full-scale invasion in February 2022: the state-owned industrial base has been supplemented by hundreds of private firms, software teams, drone workshops, electronics suppliers, and ammunition-related manufacturers working directly against operational requirements from the front. The key difference from a peacetime exhibition cycle is that Ukrainian companies are not primarily presenting systems designed for a hypothetical conflict. They are presenting equipment shaped by artillery shortages, Russian electronic warfare, Shahed-type drone attacks, counter-battery pressure, and the need to replace destroyed equipment quickly.

The most important data point is industrial capacity. Ukrainian government estimates indicate that the country’s projected defense industrial capacity had reached $55 billion, or 55 times its level at the start of the full-scale war. Kyiv has also stated that more than 70 percent of Ukraine’s weapons procurement spending in 2025 went to domestic production, while international support to the Ukrainian defense sector reached $6.7 billion from partners including the EU, the Netherlands, Norway, Germany, and Denmark. These figures should be treated as national estimates, but they show the scale of the shift: Kyiv is no longer only absorbing foreign deliveries; it is increasingly converting allied money into Ukrainian-made artillery, drones, missiles, and anti-tank weapons.

Drones remain the central case study for European delegations. Ukrainian authorities say more than 160 companies are now producing FPV drones, with annual capacity above eight million units, and claim that FPV drones caused more than 60 percent of Russian losses in 2025. They also say Ukraine produced 100,000 interceptor drones in 2025 through more than 20 companies, with claimed effectiveness above 60 percent. The figures cannot be independently verified in full from public information, but the operational trend is visible: Ukraine has used low-cost unmanned aerial vehicles to compensate for ammunition shortages, restrict Russian vehicle movement, attack artillery and logistics targets, and reduce expenditure of scarce surface-to-air missiles against some aerial threats.

Fire Point’s presence gives the Ukrainian area a second layer: long-range strike and future air defense. The company has been associated with the FP-7.X missile, intended as the basis for the Freyja anti-ballistic interceptor, while it is also linked to the FP-7 ballistic missile family and the Flamingo cruise missile. Fire Point, founded after the war began in 2022, says it manufactures thousands of long-range drones every month and has used the Flamingo against Russian military-industrial targets. For European visitors, the relevant issue is not whether every advertised range or production target is immediately mature; it is whether Ukraine can generate affordable strike mass faster than Russia can harden, disperse, and defend rear-area infrastructure.

The Danish model explains why Ukraine’s exhibition presence is also a procurement issue. On June 5, 2025, Ukraine’s Ministry of Defense said Denmark, Sweden, Canada, Norway, and Iceland had agreed on an initial €428 million transfer under the model, with funds directed to Ukrainian-made artillery capabilities, strike drones, missiles, and anti-tank systems. Total support under the mechanism was expected to reach €1.3 billion in 2025, partly using profits from frozen Russian assets. The mechanism matters because it bypasses two bottlenecks at once: Western stockpile depletion and Ukraine’s inability to finance all of its own industrial capacity. It allows allies to buy weapons in Ukraine for Ukrainian forces, while keeping production lines active and giving manufacturers predictable demand.

Russia has kept pressure on Ukraine through missile strikes, glide bombs, mass drone attacks, artillery, and infantry assaults, while European governments are debating how much time they have to rebuild readiness. General Charles Beaudouin, Eurosatory’s commissioner and a former senior French Army officer, framed the 2026 edition around the need to prepare for war and argued that many state defense systems remain poorly adapted to current combat conditions. That assessment is consistent with what Ukraine will bring to Paris: not a complete model for NATO force design, but a set of practical answers on mass, attrition, repair, electronic warfare resistance, and short production cycles.

For European armies, the Ukrainian area should be examined with caution as well as interest. Systems developed under wartime pressure can be effective but may face issues of certification, quality control, export authorization, component security, dependence on foreign electronics, and vulnerability of factories to missile attack. Ukrainian manufacturers also work in an environment where battlefield feedback can shorten testing timelines in ways that NATO acquisition agencies may not accept without additional qualification. That does not reduce the relevance of the equipment; it defines the work required before larger European adoption, co-production, or integration into allied units.

The larger conclusion is that Ukraine’s presence at Eurosatory 2026 marks the entry of a wartime producer into Europe’s defense marketplace at scale. The country is arriving with losses, shortages, and industrial constraints, not with a finished procurement template. But it is also arriving with data from four years of high-intensity combat, manufacturers can iterate quickly, and foreign financing mechanisms that link battlefield demand to production. For European governments trying to move from declarations of rearmament to measurable capability, the Ukrainian delegation will provide a practical benchmark: how fast weapons can be modified, how cheaply effects can be generated, and how industrial policy changes when the adversary is already firing.

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Written by Evan Lerouvillois, Defense Analyst.

Evan studied International Relations, and quickly specialized in defense and security. He is particularly interested in the influence of the defense sector on global geopolitics, and analyzes how technological innovations in defense, arms export contracts, and military strategies influence the international geopolitical scene.


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