Challengers Lead the Charge: 23 New European A&D Joint Ventures Signal a Structural Shift
Three-quarters of new European aerospace and defence joint ventures bypass traditional primes entirely. An ISC analysis of 23 deals formed since 2024 — with funding routes, additional agreements not yet widely reported, and what the acceleration means for NATO procurement officers and WOME specialists.
The Structural Shift No One Announced
Eighteen months ago, a defence startup in Estonia seeking a manufacturing partner would have had one realistic path: approach a tier-one prime, negotiate a subordinate supply relationship, and accept the terms on offer. That path has not disappeared. What has changed is that it is no longer the only one — and for an increasing number of companies, it is not even the preferred one.
A dataset compiled by investor Oleg Malenkov and independently extended by ISC Defence Intelligence captures 23 joint ventures formed since January 2024 where at least one party is European. The numbers are striking in what they reveal about structure. Roughly two-thirds of the deals involve a Ukrainian partner company. Three-quarters are formed entirely between challengers — scaleups, defence-tech startups, and purpose-built ventures — with no traditional prime as a direct party. And a cohort of established European scaleups, including Quantum Systems, Helsing, and Auterion, are beginning to function as institutional anchors: the entities other companies seek out for industrial credibility, rather than seeking it from KNDS or BAE Systems themselves.
The speed of formation is as significant as the structure. Eleven of the 23 deals closed or were announced in 2026 alone, with the German–Ukrainian government consultations in Berlin on 14–15 April 2026 producing at least ten agreements in a single 48-hour window.
“For many companies JVs remain one of the most viable ways to win larger contracts, expand into allied markets, and scale manufacturing capacity. For some these structures may also become a launchpad for a full transaction later on.”
The Full 23: What Each Deal Actually Means
The table below reproduces the Malenkov dataset with ISC annotations on funding status and contract award where confirmed.
| # | Party 1 | Party 2 | Product / Domain | Year | Funding / Contract Status |
|---|---|---|---|---|---|
| 01 | Auterion (DE/CH) | Airlogix (UA) | AI strike drones (Anubis, Seth-X) | 2026 | German government contract awarded Apr 2026; thousands of systems/year |
| 02 | Quantum Systems (DE) | WIY Drones (UA) | STRILA interceptors | 2026 | QWI Industries; announced Berlin Apr 2026 consultations |
| 03 | Quantum Systems (DE) | Tencore (UA) | UGVs (TerMit UGV) | 2026 | QTI Industries; announced Berlin Apr 2026; Tencore received $3.7M MITS Capital equity 2025 |
| 04 | Tencore (UA) | Shark Robotics (FR) | Combat UGVs | 2026 | Valuation >$40M (Tencore); French industrial partner provides NATO market access |
| 05 | Rheinmetall (DE) | Destinus (CH/ES) | Cruise missiles, ballistic rocket artillery | 2026 | Rheinmetall Destinus Strike Systems; 51/49 split; Rheinmetall majority; pending regulatory approval; >2,000 systems/year currently from Destinus lines |
| 06 | Helsing (DE) | Culver Aerospace (UA) | Deep-strike UAS | 2026 | Helsing: €600M Series D (Jun 2025); €12B valuation; EU AI champion for defence |
| 07 | THYRA (DE) | TAF Industries (UA) | Interceptors / C-UAS | 2026 | MoU signed 16 Apr 2026; TAF Kolibri-i10 demonstrated to Zelenskyy and Merz; mass production in Germany |
| 08 | Summa Defence (FI) | TAF Industries (UA) | FPV / ISR / C-UAS | 2026 | MoU Apr 2026; Build with Ukraine; Finnish government aid package backstop; first Zeus FPVs delivered to Ukraine Dec 2025 |
| 09 | Frankenburg Tech (EE) | PGZ (PL) | Mark I interceptors (C-UAS) | 2026 | Production partnership signed 27 Mar 2026; 10,000 rounds/year capacity; Poland as mass-production hub; Mark II (5–8 km range) in development |
| 10 | Remtecnology (UA) | New Paakkola Oy (FI) | LEGIT tactical UGV | 2026 | Finnish industrial partner; Build with Ukraine mechanism |
| 11 | Ondas (US) | HDAT / Heidelberger (DE) | C-UAS Iron Drone system | 2026 | Ondas Holdings; Nasdaq-listed; European production localisation |
| 12 | Rheinmetall (DE) | ICEYE (FI) | SAR satellites | 2025 | Rheinmetall ICEYE Space Solutions GmbH; 60/40 split; €1.7B Bundeswehr contract Dec 2025; first satellite manufacturing Q3 2026 |
| 13 | Quantum Systems (DE) | Frontline Robotics (UA) | Recon UAV (mass production) | 2025 | Quantum Frontline Industries (QFI); first fully automated foreign drone production line for Ukraine |
| 14 | Prevail Partners (UK) | Skyeton (UA) | Raybird UAS (long-endurance ISR) | 2025 | Skyeton among first Ukrainian companies to lead and fund JV partnerships |
| 15 | NVL / Rheinmetall (DE) | Kraken Technology (UK) | Autonomous surface vessels | 2025 | Naval domain; Rheinmetall maritime expansion |
| 16 | AIRO (US) | Nord Drone Group (UA) | FPV / loitering munitions | 2025 | AIRO Nord-Drone LLC; executed Nov 2025; 4,000 drones/month current; scalable to 25,000/month; Nasdaq-listed AIRO provides US procurement channel |
| 17 | Summa Defence (FI) | Griselda (UA) | AI situational awareness | 2025 | Software layer for drone operations; Summa provides Nordic market access |
| 18 | MITS Industries (DK/UA) | Tencore / Infozahyst | UGVs, SIGINT, EW | 2025 | Danish-Ukrainian multi-company venture; >1,000 employees; revenue target >$200M 2026; MITS Capital as coordinator/investor |
| 19 | Wingcopter (DE) | TAF Industries (UA) | Recon UAVs | 2025 | MoU signed Munich Security Conference Feb 2026; German production facility; TAF provides design and operational expertise |
| 20 | AIRO (US) | Bullet (UA) | Interceptors | 2025 | Extends AIRO’s Ukrainian portfolio beyond Nord Drone partnership |
| 21 | Kongsberg (NO) | Helsing (DE) | ISR satellite constellation | 2025 | Teaming agreement Dec 2025; sovereign European IST constellation target 2029; Kongsberg builds platforms, Helsing provides Altra AI; HENSOLDT sensors, Isar Aerospace launch |
| 22 | Summa Defence (FI) | Kort / Elf / Skyassist | UAV / UGV / USV multi-domain | 2024 | Multi-party Danish–Ukrainian framework; Summa anchors the consortium |
| 23 | Space42 (UAE) | ICEYE (FI) | SAR satellite manufacturing (UAE) | 2024 | Abu Dhabi AIT facility; technology transfer to UAE; supports UAE Earth Observation Programme; announced Dec 2024 |
Additional Agreements: What the Dataset Does Not Yet Show
ISC research identified a further set of agreements signed or announced since January 2024 that fall within the same structural category but have not yet appeared widely in English-language reporting. These are not included in the Malenkov count of 23.
HENSOLDT – Helsing (CA-1 Europa). The two German firms formalised a strategic partnership on the CA-1 Europa autonomous combat aircraft in early 2026. HENSOLDT provides sensor technology; Helsing integrates AI-driven mission management. This is a prime-challenger hybrid that differs from the purely challenger-to-challenger model dominant elsewhere in the dataset.
Rheinmetall – SATIM (Poland). Separately from the ICEYE constellation programme, Rheinmetall tapped Polish satellite intelligence firm SATIM for the broader German SAR space reconnaissance effort in December 2025, extending the industrial footprint into Eastern Europe.
Rheinmetall – Ruta (Ukraine). Contemporaneous with the Destinus announcement, Rheinmetall separately announced plans to establish a joint venture with Ukrainian cruise missile manufacturer Ruta, adding a second missile production partnership within weeks.
Quantum Systems second tranche (QWI and QTI). Already captured in rows 02 and 03 above, these two additional ventures — announced at the Berlin government consultations on 15 April 2026 — represent Quantum Systems’ third and fourth Ukrainian industrial partnerships within eighteen months, confirming its role as the most active German anchor in the ecosystem.
€800M Danish–Finnish–Latvian package (Feb 2026). Four Ukrainian manufacturers signed a broader framework of agreements at Munich Security Conference totalling approximately €800 million, covering long-range UAVs, unmanned ground platforms, and ground robotics. Individual JV entities from this package are expected to be formally registered through Q2 2026.
Funding Routes: Where the Capital Is Coming From
The funding architecture underpinning these structures is as varied as the partnerships themselves. Three broad routes are visible.
The first is private venture and growth capital. European defence-tech startups raised a record $8.7 billion in 2025, up 55% year-on-year, according to Dealroom and the NATO Innovation Fund. Quantum Systems alone closed €340 million in 2025, including a €180 million Series C extension that tripled its valuation to $3.5 billion. Helsing raised €600 million in June 2025 at a €12 billion valuation — the largest private AI defence round in European history. Auterion, backed earlier by Swiss and US investors, has relied on government contract revenue to fund the JV rather than a separate fundraise. MITS Capital, the Danish investment vehicle behind MITS Industries, deployed $3.74 million into Tencore alone as a first tranche, with a broader consolidation thesis across Ukrainian sub-systems.
Key Funding Anchors in the JV Ecosystem
The second route is government contract revenue used as JV capitalisation. The Auterion–Airlogix venture converted its Munich Security Conference announcement directly into a German government production contract for thousands of Anubis and Seth-X strike systems. The Frankenburg–PGZ agreement was backstopped by Polish industrial policy and existing NATO air defence demand. In both cases, the contract itself functions as the primary risk-mitigation mechanism, substituting for the equity cushion a standalone venture would otherwise require.
The third route is European institutional capital. The European Commission’s €1.5 billion European Defence Industry Programme (EDIP) work programme, approved in spring 2026, explicitly includes joint manufacturing projects with Ukraine and funds 57 cross-border defence industrial initiatives. The European Investment Bank additionally provided growth financing to Quantum Systems through KfW Capital and debt instruments, confirming that EU-level structures are now actively channelling capital into the challenger ecosystem rather than exclusively to tier-one primes.
The WOME Procurement Implication
For NATO procurement officers and WOME specialists, the pace of JV formation creates both opportunity and operational risk. The opportunity is access: systems that eighteen months ago existed only as Ukrainian battlefield prototypes are now entering European production lines with Allied Quality Assurance Publication (AQAP) compliance requirements embedded from the start, at least in the more mature structures. The Rheinmetall–Destinus venture, for instance, operates within Rheinmetall’s existing quality management framework, while the Frankenburg–PGZ arrangement is subject to Polish defence procurement standards.
The risk is standardisation lag. A significant proportion of the 2025–2026 JVs were formalised through memoranda of understanding rather than fully constituted legal entities, and the gap between MoU signature and production contract award remains compressible but not zero. Procurement offices seeking to place contracts against these ventures need to verify entity registration, AQAP applicability, and export control licensing status — particularly for systems with dual Ukrainian–German parentage, where Kriegswaffenkontrollgesetz (KWKG, German War Weapons Control Act) licensing requirements apply alongside Ukrainian export regulations.
The counter-UAS domain warrants particular attention. Eight of the 23 JVs listed above produce interceptor or C-UAS systems, representing the single largest product category in the dataset. The convergence of multiple production lines — Frankenburg–PGZ Mark I, THYRA–TAF Kolibri-i10, AIRO–Bullet interceptors, and the Quantum Systems–WIY Drones STRILA programme — means that NATO procurement offices will shortly face a choice of competing interceptor architectures, each at different technology readiness levels and with different per-round cost profiles. Early engagement with the standardisation community — particularly NATO Support and Procurement Agency (NSPA) and the relevant AC/326 ammunition safety working groups — will be essential to avoid a fragmented procurement landscape.
References & Sources
- Malenkov, O. (2026). European Aerospace & Defence Joint Ventures Dataset. LinkedIn, 4 May 2026. Original compilation attributed to Oleg Malenkov.
- Auterion (2026). Auterion Airlogix Joint Venture Receives First Contract from Germany for Thousands of Autonomous Strike Systems. auterion.com, 16 Apr 2026.
- Rheinmetall (2026). Rheinmetall and Destinus form joint venture for missile systems. rheinmetall.com, 13 Apr 2026.
- ICEYE (2025). Rheinmetall and ICEYE win major contract worth billions for space reconnaissance. iceye.com, 18 Dec 2025.
- Kongsberg (2025). KONGSBERG and Helsing team up to realise European space ambitions. kongsberg.com, 10 Dec 2025.
- Breaking Defense (2026). Rheinmetall and Destinus to combine forces in new missile systems joint venture. breakingdefense.com, Apr 2026.
ISC Commentary
The acceleration of European challenger-to-challenger joint ventures is not, in structural terms, surprising. It is the predictable consequence of three converging pressures: the urgency of Ukrainian battlefield demand, the availability of private capital at scale for the first time in European defence tech, and the political will in Berlin and Helsinki to use “Build with Ukraine” as an industrial policy instrument rather than merely a solidarity gesture.
What is less predictable is the emerging role of Ukrainian companies as capital providers rather than simply technology recipients. Skyeton and TAF Industries are now structuring deals from a position of industrial leverage — TAF alone has partnered with THYRA, Wingcopter, and Summa Defence across three separate JV frameworks in under twelve months. If this trend continues, the next edition of this dataset may show Ukrainian-initiated consolidation: acquisitions of European production partners rather than partnerships with them.
For procurement offices the immediate practical question is where to place framework agreements. ISC assesses that the ventures most likely to convert MoU-stage commitments into deliverable production within 24 months are those anchored by a party with an existing AQAP-certified supply chain and a government end-customer already identified. On this basis, the Auterion–Airlogix, Rheinmetall–Destinus, Frankenburg–PGZ, and Rheinmetall–ICEYE structures represent the highest near-term procurement-readiness cohort in the dataset. The larger-scale ventures — MITS Industries and the Kongsberg–Helsing IST constellation — carry greater long-term strategic value but longer delivery timelines.
ISC will track this dataset quarterly. Organisations with contracting interest in specific JV entities may contact ISC for a dedicated procurement-readiness assessment.