Europe Aerospace and Defense Market Size & Share Analysis - Growth Trends and Forecast (2026 - 2031)

Europe Aerospace and Defense Market Trends and Insights

Increased EU Defense Fund and Strategic Compass Budget Allocations

The European Defence Fund (EDF) disbursed EUR 1.5 billion (USD 1.75 billion) in 2025, representing a 15% year-on-year increase, which financed 61 cross-border projects covering next-generation tanks, hypersonic interceptors, and secure satellite communications. The Strategic Compass initiative, approved in 2022, calls for a 5,000-troop Rapid Deployment Capacity by 2025, requiring interoperable Command and Control (C2) networks that legacy national architectures cannot deliver. Multinational teaming has therefore accelerated; KNDS, a Franco-German joint venture, secured funds to prototype the Main Ground Combat System, satisfying funding rules that privilege collaborative bids. Dual-use prioritization is also driving the development of AI-enabled target recognition and autonomous logistics, thereby narrowing Europe’s historical gap with US primes. The Europe aerospace and defense market benefits directly as advanced capability programs transition from concept to funded development, securing multi-year pipeline visibility.

Climate-Neutral Aviation and SAF Mandates Driving Aerospace R&D Investments

ReFuelEU Aviation requires a 6% SAF blend by 2030, escalating to 70% by 2050, and imposes financial penalties on suppliers that fail to comply with this requirement. Airbus has earmarked research on hydrogen propulsion through 2035 and is retrofitting its Toulouse final-assembly lines to handle cryogenic tanks.^{[1]Airbus, “Zero-Emission Hydrogen,” airbus.com} Safran is validating its open-rotor RISE engine, which promises 20% lower fuel burn and full SAF compatibility, with ground tests expected to be completed in 2025. A joint Shell-TotalEnergies power-to-liquid plant slated for Rotterdam will produce 200,000 tons of e-kerosene annually by 2028, ensuring feedstock availability. These mandates shift R&D risk profiles, pulling alternative-propellant programs into the mainstream and creating long-run upside for the Europe aerospace and defense market as civil and military fleets converge on low-carbon technologies.

Ukraine Conflict Accelerating Demand for Munitions and Land-Based Defense Systems

Daily artillery expenditure in Ukraine peaked at 10,000 shells during 2024, rapidly depleting NATO stockpiles. The Act in Support of Ammunition Production allocated EUR 500 million (USD 584.44 million) in 2024 to expand European shell production lines. Rheinmetall responded by opening a new Unterlüß plant, which increases the 155 mm capacity from 70,000 to 200,000 rounds annually. Orders for counter-drone jammers and passive radars tripled, underscoring a pivot toward layered air-defense architectures. The Europe aerospace and defense market, therefore, captures both elevated platform demand and rapid-fire replenishment contracts that shorten revenue recognition cycles.

Expansion of Europe’s Commercial Small-Launch Ecosystem

Ariane 6 is expected to restore European heavy-lift autonomy in 2024, but venture-backed micro-launchers are pushing the cost curve lower. Isar Aerospace raised USD 165 million in 2023 to finish its Spectrum pad at Norway’s Andøya Spaceport, targeting 12 flights per year by 2028. Spain’s PLD Space plans an orbital Miura 5 debut in 2026 after a successful Miura 1 sub-orbital flight. As the launch cadence increases, per-kilogram costs for sun-synchronous rideshares have decreased by 37% since 2023, stimulating new earth observation and communications constellations that expand the addressable Europe aerospace and defense market.

Supply Chain Vulnerabilities in Titanium and Rare-Earth Materials

Russia supplied 30% of European aerospace-grade titanium before sanctions took hold, and stockpiles are forecast to run dry by mid-2026. Substitution contracts with Japanese mills closed some gaps, but prices climbed 40% between 2024 and 2025, eroding margins on fixed-price airframe deals. Parallel exposure exists in rare-earth magnets, where China controls 85% of global refining capacity and tightened export quotas in 2025. A Thales-Safran recycling venture aims to recover 15% of annual neodymium demand by 2028, yet no domestic extraction projects have broken ground.^{[2]Thales Group, “Rare-Earth Recycling Initiative,” thalesgroup.com} The Europe aerospace and defense market, therefore, carries raw material cost volatility that could dilute program profitability and stretch delivery schedules.

Persistent Skills Shortages in Avionics and Propulsion Engineering

The region faces a shortfall of roughly 20,000 specialized engineers, a gap that pandemic-related hiring freezes and accelerated retirements have widened. MTU Aero Engines disclosed a six-month delay in geared-turbofan certification due to staffing gaps. Retraining initiatives such as Saab’s internal academy and Rolls-Royce’s postgraduate partnership mitigate the risk, but demographic trends suggest the deficit will persist through 2031. Software-centric avionics compounds the problem because legacy curricula emphasize hardware design. Talent scarcity, therefore, constrains throughput in the Europe aerospace and defense market and may force primes to offshore specific digital-engineering tasks.

*Our forecasts treat driver/restraint impacts as directional, not additive. The impact forecasts reflect baseline growth, mix effects, and variable interactions.

Segment Analysis

By Industry: Defense Dominates While Space Surges

Defense accounted for 68.75% of 2025 revenue as governments replenished inventories and elevated readiness. Space captures a smaller baseline but is advancing at an 8.19% CAGR on the strength of IRIS² and commercial Earth-observation constellations. The dual-use nature of surveillance satellites attracts both civil and military budgets, further enlarging the Europe aerospace and defense market. Commercial aviation is recovering from pandemic-era troughs; Airbus delivered 793 jets in 2025, yet a backlog of over 8,600 aircraft highlights ongoing supply chain bottlenecks.^{[3]Airbus, “2025 Deliveries,” airbus.com}

Space momentum is reinforced by the proliferation of mini-launchers and growing demand for low-Earth-orbit broadband, adding durable upside for sensor payloads, ground-segment software, and frequency-allocation services. Defense growth, though strong, may moderate after initial restocking peaks unless export pipelines offset plateauing domestic spend post-2031. Commercial aviation will hinge on the availability and certification timelines of SAF, which could either compress or stretch the trajectory of the Europe aerospace and defense market size.

By Type: Platform Revenue Leads, Systems Capture Faster Growth

Platforms delivered 62.37% of turnover in 2025, driven by fighter aircraft, upgraded frigates, and satellite buses. Systems, however, are projected to expand at a 7.22% CAGR as militaries retrofit digital backbones onto legacy fleets. MBDA’s missile order from Poland, Germany, and Italy typifies the shift toward networked effectors. Platform demand remains healthy for unmanned aerial vehicles; Airbus’s Zephyr achieved a 64-day stratospheric flight, showcasing long-endurance surveillance at a fractional cost.

Growth in systems reflects the adoption of open architecture, allowing for incremental capability insertions without requiring wholesale fleet replacement. Over the forecast horizon, budget holders favor software-defined radios, AESA radars, and cyber-warfare modules that integrate swiftly and elevate operational readiness, further tilting the share toward systems within the Europe aerospace and defense market.

By Component: Propulsion Leads, Software and Digital Systems Scale Quickly

Propulsion and power systems accounted for 21.34% of the revenue share in 2025, making them the largest component category. The Europe aerospace and defense market share for propulsion is underwritten by fleet re-engining cycles and emerging hydrogen demonstrators, such as Rolls-Royce’s UltraFan, which achieved a 10% efficiency gain on 100% SAF. Software and digital systems, though smaller at present, are forecasted to rise at a 7.51% CAGR. MBSE platforms and open-standards avionics cut integration timelines and unlock rapid spiral upgrades, driving sustained double-digit growth in digital-twin services.

Sensors and electronics also register solid demand as counter-drone and electronic-warfare needs spike. In 2025, HENSOLDT’s Twinvis passive radar secured contracts to detect low-observable aircraft without revealing emitter location. Yet titanium inflation squeezes margins in structures and materials, pressing primes to automate composite lay-up and source alternative alloys.

By Point of Sale: OEM Channel Dominance Persists as Retrofit Growth Accelerates

OEM sales accounted for 74.45% of 2025 revenue, as new-build platforms incur high bill-of-materials costs and require multi-year payment milestones. Retrofit and upgrade demand is nevertheless climbing at 7.41% CAGR, aided by open-architecture avionics that de-risk mid-life insertions. Germany’s Typhoon radar upgrade illustrates the cost-effectiveness of capability renewal over all-new orders. Obsolescence management also propels the retrofit cycle as 1990s-era line-replaceable units reach the end of life.

Over time, digital-twin analytics will enable predictive maintenance that prolongs airframe lives, shifting more value into services contracts. Thus, while OEM deliveries remain the revenue cornerstone, the retrofit channel will steadily widen its contribution to the overall Europe aerospace and defense market.

Geography Analysis

Russia retained a 16.87% revenue share in 2025, buoyed by domestic procurement of Su-57 fighters and S-400 air defense units, despite export and civil aerospace sanctions. Civil programs collapsed as Superjet and MC-21 production stalled due to the lack of Western engines and avionics, and Roscosmos recorded its lowest launch tally since 1961. The defense-only skew highlights the geopolitical bifurcation shaping the Europe aerospace and defense market.

Spain is the fastest-growing geography at a 7.75% CAGR. Participation in the Future Combat Air System (FCAS) program and an F-110 frigate order have increased the country’s defense budget by 18% for 2025. Navantia’s frigate program and Indra’s data-fusion workshare strengthen Spain’s industrial base and spill over into advanced composites and embedded-software clusters, amplifying national share inside the Europe aerospace and defense market.

Germany crossed the 2% GDP defense spending line in 2025 and is implementing a modernization fund, resulting in orders for Puma IFVs, IRIS-T missiles, and HENSOLDT radars.^{[4]German Federal Ministry of Defence, “Budget Information,” bmvg.de} France maintains consistent outlays anchored by the Scorpion vehicle suite and Rafale exports, while the UK advances Tempest and Dreadnought programs on a GBP 57 billion (USD 76.74 billion) budget. The rest of Europe markets, led by Poland’s USD 20 billion armored-vehicle spree, deliver 6.80% CAGR growth through 2031. Collectively, these dynamics ensure geographic diversification across the Europe aerospace and defense market, mitigating over-reliance on any single country.

Regulatory Landscape

The European Union Aviation Safety Agency (EASA) continues to anchor civil aerospace oversight across EASA member states. Its 2026 updates aim to streamline compliance while accommodating new propulsion architectures. In early 2026, EASA published updates tied to EU-level airworthiness processes, and issued an agency decision establishing continuing airworthiness provisions for electric and hybrid-propulsion aircraft, which strengthens the certification and in-service framework for emerging aircraft concepts alongside conventional fleets.

On the defense-industrial side, the EU has added more structure to procurement and supply-chain policy. Regulation (EU) 2025/2643 established the European Defence Industry Programme (EDIP) for 2025-2027 to support availability of defense products and improve supply resilience, and in July 2026 the European Commission advanced the concept of European Defence Projects of Common Interest (EDPCIs) spanning drones/counter-drones, maritime/seabed defense, space, and air and missile defense. This shift points to greater emphasis on coordinated, cross-border capability development and industrial scaling.

Value Chain Analysis

The Europe aerospace and defense value chain runs from upstream raw materials and specialty inputs (titanium, rare earths, energetics, electronics) through tiered component and subsystem suppliers into prime integrators for final assembly, test, certification/qualification, and downstream sustainment. A key friction point remains midstream availability of critical materials and intermediate parts (electronics, sensors, bearings, mechatronics, hydraulic/pneumatic systems), with skilled-labor constraints slowing throughput across both civil and defense programs. In the titanium discussion, closing-the-loop approaches, including greater recycling and processing resilience, has become more prominent within the broader supply sovereignty push.

Program execution and scaling depend increasingly on cross-border teaming and tighter integration between primes and their supplier ecosystems. Recent examples include the December 2024 establishment of a joint company for the Global Combat Air Programme (GCAP) involving BAE Systems, Leonardo, and Japan Aircraft Industrial Enhancement Company (JAIEC), and the January 2025 shareholder agreement among KNDS, Rheinmetall, and Thales for the Main Ground Combat System (MGCS). These structures concentrate design authority, align production planning across national industrial bases, and create pull-through demand for digitally managed supply-chain visibility and standardized, interoperable subsystems.

Market Opportunities and Future Outlook

EU-level defense industrial frameworks are creating clearer entry points for collaborative procurement, industrial scaling, and supplier localization. Regulation (EU) 2025/2643, through the EDIP covering 2025-2027, and the July 2026 EDPCI proposal, which highlights domains such as drones/counter-drones, maritime/seabed defense, space, and air and missile defense, reinforce demand for interoperable architectures and multi-country production footprints. Buyers in these programs tend to favor suppliers that can meet EU and NATO-aligned specifications, provide traceable supply chains, and support rapid-rate manufacturing for consumables and high-turn systems alongside platform programs.

Industrial capacity build-out is also visible in missiles, sensors, and related electronics, where production-rate constraints have been a limiting factor. In 2026, Thales disclosed a step-up in capital expenditure to expand manufacturing capacity across multiple European sites for radars, guided munitions, and naval systems, and MBDA outlined a multi-year investment plan and manufacturing expansion initiatives, including additional Aster missile assembly capacity in Italy. In parallel, efforts to qualify additional European suppliers for key missile components, such as AMRAAM, expand the addressable supplier base for propulsion, seekers, electronics, and energetics, while reinforcing demand for quality systems, certification, and secure digital engineering across the region.