Expanding programmes are creating a substantial industrial opportunity. Capturing it will depend on qualified people, partnerships with European suppliers, working capital, and AI that can operate within trusted boundaries.
Andy Demir · 16 min read
Executive Summary
Germany's aerospace industry entered 2026 with 2025 turnover of €62 billion, up 19%, with military aviation growing the fastest at 35%. Company results this year confirm the direction: HENSOLDT booked orders at 2.4 times revenue in the first half, Airbus is building inventory for its ramp-up, and the first German F-35A and Chinook helicopters are due in Germany from the end of 2027. The decisive fact is that orders are entering the industrial system faster than accepted output leaves it. My expectation is that by the end of 2027, the binding constraint will be qualified capacity (people, test equipment, approvals, supplier finance, and controlled data) rather than demand, and that conversion into supplier revenue will be uneven. The opportunity is broader than the next platform order. It lies in helping an expanding German system manufacturer introduce and sustain what customers have already committed to buying, with European partners alleviating specific constraints and AI freeing up scarce specialist time. For a supplier board, the decision worth minuting before the Bundestag votes on the 2027 budget on 27 November is to name the one constraint that holds back most accepted delivery, give it an owner and fund its relief first.
In This Essay
- An order begins an industrial obligation
- What 2026 tells us, and what it does not
- The programmes make 2027 a preparation and introduction year
- The Gulf signal deserves attention and qualification
- The scarce resource is qualified capacity
- European suppliers can strengthen German sovereignty
- AI sovereignty is a deployment decision
- Through 2027, the bottleneck moves from orders to acceptance
- The decision is worth minuting before the budget vote
- Questions for the C-Suite and the Board
- References
An order begins an industrial obligation
On 22 July 2026, at the Farnborough International Airshow, Boeing and Lufthansa Technik Defence agreed on general contractual terms for the maintenance of Germany's new CH-47F Block II Chinook helicopters. The agreement lays the ground for a main contract under which the two companies will organise a flexible network of spare-parts warehouses serving the Chinook's operating bases (Boeing, 2026). The Bundeswehr expects the first of its 60 helicopters, ordered in July 2023 for around €7 billion, to arrive in Germany in the fourth quarter of 2027 and the last in the fourth quarter of 2032 (Bundeswehr, 2025). More than a year before the first aircraft lands, its support system is already turning into commercial work.
The visible event is a platform purchase. The industrial requirement runs through facilities, technical training, documentation, spares, repair approvals and operational support, assembled across several organisations, each working to its own clock. When the market conversation stays centred on the purchase price, the value of that surrounding system is easy to understate.
Germany starts from a position of considerable strength in airframes, propulsion, sensors, precision engineering, and space, much of it already embedded in European programmes. The question for 2027 is how that base absorbs a larger and more varied workload without overloading the people, test benches and suppliers that make delivery possible. My reading is that the next phase will reward companies that add dependable throughput as much as those that add distinctive technology. An order book records a customer's commitment; deliverable capacity converts it into revenue, cash and, in a sovereign industry, capability the customer can actually use. That conversion is the organising issue for Germany in 2027, and it gives European partners a role well beyond offering a lower price.
What 2026 tells us, and what it does not
The Bundesverband der Deutschen Luft- und Raumfahrtindustrie's Branchendaten 2026, published in May, reports the completed 2025 financial year: aerospace turnover of €62 billion, up 19%, made up of €45 billion in civil aviation, €13.5 billion in military aviation and €3.5 billion in space, with employment up 8% to 130,000 (BDLI, 2026a). The military line grew fastest, by 35%, and military aviation employment rose 13% to 30,000. These figures describe the industry entering 2026, not the 2026 results, and they exclude Germany's land and naval defence businesses. Civil, military and space are also running on different cycles, and a national growth figure cannot tell a board whether a particular supplier has a free machine, an available engineer or a contract that justifies investing in any of them.
Company reporting gives a sharper signal. HENSOLDT's first-half 2026 order intake doubled to €2.812 billion, compared with revenue of €1.167 billion, yielding a book-to-bill ratio of 2.4, and its backlog surpassed €10 billion for the first time, reaching €10.356 billion. The company attributed the orders to procurement by Germany and other European countries and explained that its half-year cash flow carried the upfront investment needed to meet contractual milestones planned for the fourth quarter. Its chief executive made the point plainly: the political decisions are now in the order book, and industrial execution will decide how quickly they become real capability (HENSOLDT, 2026a). The portfolio reaches beyond aerospace, but the numbers show demand entering an industrial system faster than revenue leaves it.
Civil aerospace shows the same pattern from another angle. Airbus delivered 351 commercial aircraft in the first half, ended June with a backlog of 9,222 aircraft and booked €9.3 billion of Defence and Space order intake. Its free cash flow before customer financing was-€1.2 billion, driven mainly by a planned inventory build-up to support the ramp-up (Airbus, 2026b). These are group figures, not German output. MTU Aero Engines reported adjusted first-half revenue of €4.7 billion, up 13%, while its adjusted EBIT margin moved from 15.9% to 14.8%; in civil maintenance, the company linked part of the margin movement to the cost of ramping up new sites (MTU Aero Engines, 2026b). Growth and margin are separate outcomes even in a strong market, and inventory and ramp-up costs arrive before the revenue they make possible.
I would describe 2026 so far as a period of expansion under delivery pressure. The evidence supports growing demand and rising investment needs; it does not show that every German manufacturer is fully loaded, that delays have one cause, or that the increase is mainly Gulf-driven.
The programmes make 2027 a preparation and introduction year
Several announced milestones give 2027 its practical shape. The first German F-35A flew on 8 September 2026 and was handed over to the Luftwaffe at Lockheed Martin's Fort Worth plant on 18 September. It stays in the United States for pilot training, and arrivals at Büchel, where an F-35 campus with maintenance, spares, and mission-planning facilities is being built, are planned to begin at the end of 2027 (Bundeswehr, 2026a). The Chinook follows the same calendar. In both cases, the work-around introduction starts well before the aircraft arrive.
The European aircraft pipeline runs further. Germany exercised its option for 20 more H145M light combat helicopters in December 2025, taking that programme to 82 (Airbus, 2025a), and its order for 20 new Eurofighters, to be built at Manching, schedules deliveries from 2031 to 2034 (Airbus, 2025b). That order creates engineering, qualification and production-preparation work long before 2031, without putting a single aircraft into service in 2027.
Unmanned systems run on a different commercial clock. On 1 October 2026, Defence Minister Boris Pistorius announced that the Army would stand up the Bundeswehr's first drone regiment during 2027, bringing together reconnaissance, strike and counter-drone capabilities (Bundeswehr, 2026c). Separately, Panzerbrigade 45 in Lithuania is due to receive loitering munitions from 2027 under contracts signed with Helsing and Stark on 26 February 2026 and with Rheinmetall on 22 April. These are framework contracts with performance milestones that allow the Bundeswehr to exit and innovation clauses that oblige suppliers to keep updating their systems (Bundeswehr, 2026b). For industry, that means smaller first lots, call-offs if the system proves itself, and a continuing software obligation that has to be priced in.
Space adds a longer sequence. Airbus's €2.1 billion SATCOMBw 3 contract covers two geostationary satellites, the ground-segment upgrade, launch and 15 years of operations, with deployment before the end of the decade and a deep German value chain (Airbus, 2024). In January 2026, the Defence Ministry said Germany would invest €35 billion by 2030 in a robust military space architecture (Bundesministerium der Verteidigung [BMVg], 2026). That is a funding direction, not €35 billion already awarded to satellite makers.
Civil production belongs in the same capacity conversation. Airbus still expects to reach 70 to 75 A320-family aircraft per month by the end of 2027 and to stabilise at 75 (Airbus, 2026b), so suppliers serving both civil and military customers will be managing overlapping demand rather than swapping one for the other. On the funding side, the Cabinet's draft 2027 budget plans defence spending above €109 billion, supplemented by the Bundeswehr special fund (Bundesregierung, 2026). The Bundestag's budget committee holds its final clean-up session on 12 November, and the final vote is scheduled for 27 November 2026 (Deutscher Bundestag, 2026). Even after the vote, an appropriation is still some steps away from a supplier contract.
| Programme or demand stream | Publicly stated milestone | Meaning for suppliers in 2027 |
|---|---|---|
| F-35A introduction | Arrivals at Büchel planned from end-2027 | Infrastructure, training and approved support preparation |
| 60 CH-47F Chinooks | First German arrival Q4 2027; last Q4 2032 | Logistics, spares and maintenance-system preparation |
| H145M procurement | Total raised to 82 in December 2025 | Continuing production and support opportunities |
| 20 additional Eurofighters | Deliveries scheduled 2031 to 2034 | Engineering, qualification and production preparation |
| Drone regiment and loitering munitions | Regiment during 2027; brigade introduction from 2027 | Integration, training, support and continuing software updates |
| SATCOMBw 3 | Deployment before end of decade | Spacecraft, ground-segment and assurance work |
| A320-family production | 70 to 75 a month by end-2027 | Qualified supply-chain throughput and working capital |
The longer-term fighter question is still open. Berlin and Paris abandoned the crewed fighter at the centre of FCAS in early June 2026. Days later, an Airbus-led group of eight companies, Team Gen 6, submitted a position paper on a German-led sixth-generation fighter, while Pistorius said that buying more F-35s or joining another programme were also possibilities (Chomsky, 2026). At Farnborough in July, Leonardo's chief executive was noticeably more cautious about German participation in the UK-Italy-Japan Global Combat Air Programme than he had been in June (McNeil, 2026). Eurodrone is the more defined path: its critical design review was completed in October 2025 (OCCAR, 2025), first flight is planned for 2029, and a June 2026 memorandum with Kawasaki Heavy Industries explores a Japanese anti-submarine variant without committing Japan to buy (Airbus, 2026c).
The Gulf signal deserves attention and qualification
Gulf demand deserves a place in this picture, handled with care about what it proves. Diehl Defence said in July that demand for air defence among Gulf states had increased as a result of the war with Iran and that it had held initial talks with representatives from the region; Saudi Arabia has been a customer for more than a decade (Poltz, 2026). That establishes interest and early talks, not a wave of signed orders, and the companies attribute German backlog growth mainly to German and European procurement.
Gulf customers concerned about missiles and drones may add sources of air defence, sensors, and support, usually with a strong emphasis on local maintenance, training, and industrial participation. The commercial value then depends on procurement decisions, German export approvals, financing and the obligations attached to local capability.
This is where Gulf opportunity and German capacity meet. In a conversation this August, a senior European defence executive with four decades of offset experience pointed me to exactly this pressure: Gulf urgency arriving just as German industry is filling up with domestic and European work. I take it as a valuable practitioner signal, because industrial participation is where the gap between winning a programme and building the capability around it becomes visible, though on its own it says nothing about the size or timing of new orders. Setting up a local repair operation or training a partner's workforce draws on the same engineers, documentation and approved processes that German fleet introductions need in 2027. The figure worth comparing is the margin and lifecycle position left after the participation obligations have been properly resourced, and it is often quite different from the headline contract value.
The scarce resource is qualified capacity
Capacity is often discussed as if a factory could add output by adding floor space. In aerospace and defence, usable capacity is more specific: the combination of people, equipment, approved processes, configuration control and acceptance evidence needed to release a defined product. A new machine can raise theoretical output, but the real constraint remains with an experienced inspector, a test fixture booked for months, or a sub-tier supplier that cannot finance the next batch. These are mechanisms worth examining in any ramp-up plan, not a diagnosis of any named company, whose internal constraints cannot be seen from outside.
The industry's own priorities support this wider view. At its financing marketplace in March 2026, BDLI described the ramp-up as capital-intensive, with production expansion, pre-financing, inventory, skilled staff and resilience measures all tying up substantial capital, and noted that small and medium suppliers face a double squeeze of high upfront spending and long payment terms (BDLI, n.d.-b). Its April 2026 position paper sets out industry requests to the government and the EU to secure critical supplies (BDLI, 2026b), and its equipment and materials agenda calls for more skilled workers and attractive technical training pathways (BDLI, n.d.-a). No public source reviewed here gives a reliable figure for unfilled positions across the sector.
A credible workforce response combines apprenticeships, retention, internal development and recruitment from adjacent industries. MTU welcomed 133 apprentices and dual-study students at its Munich, Hannover and Ludwigsfelde sites in September 2026, up from 123 a year earlier, and is extending its training workshops at all three (MTU Aero Engines, 2026a). Programmes like this build the future workforce, but they cannot instantly replace accumulated product knowledge. Experienced engineers and technicians contribute far beyond their headcount through mentoring, process transfer and acceptance judgement, provided those roles are deliberately resourced alongside their current delivery work. Recruits from adjacent industries help, too, but product-specific assurance, documentation, and security clearance take time to acquire, and a practical workforce plan accounts for that time rather than assuming that a filled vacancy equals added capacity.
Finance has the same timing problem. Materials, tooling, and training consume cash long before final acceptance triggers payment, so a small supplier can maintain an excellent order book yet still lack the liquidity to execute it. Earlier milestone payments, credible volume commitments, and financing tied to real programme obligations may yield more output than another round of price negotiations. The benefit is shared: a financially stronger supplier improves delivery confidence for the prime while protecting its own margin and its ability to invest.
European suppliers can strengthen German sovereignty
European participation is already part of Germany's industrial model. Eurofighter links Germany with Italy, Spain and the United Kingdom (Airbus, 2025b), Eurodrone combines German, French, Italian and Spanish industry (OCCAR, 2025), and the Defence Ministry's space plans include a space-surveillance sensor network built with France, Finland, Sweden and Spain (BMVg, 2026). Sovereign capability can be reinforced through trusted cooperation, provided the customer keeps appropriate control and continuity of access.
The next step is to turn that principle into qualified work packages. A Czech precision manufacturer, a Polish electronics specialist, a Romanian engineering team or a Baltic software company may offer useful capability. These are routes worth assessing, each on its own evidence, because spare capacity, programme eligibility and approvals cannot be assumed by country, and France, Italy, Spain and the Nordic countries have heavy domestic commitments of their own.
For a German programme team, a manageable starting point is a bounded package with clear interfaces and acceptance criteria: a machining family, a wiring assembly, a test fixture, a ground-support subsystem or a controlled software-verification task. Where a second source is justified, the transfer can be staged early, while the first source still has room to support it. For the incoming supplier, the strongest proposition names exactly which constraint it can relieve and backs it with evidence of repeatability, traceability and delivery performance, plus a realistic statement of qualification cost, customer approvals and time to accepted output.
Cross-border cooperation carries real friction: procurement, engineering, security and finance work to different clocks, access to technical data rarely follows the commercial timetable, and customer restrictions can limit subcontracting. The opportunity is to resolve those interfaces early enough so that partner capacity is available when needed.
AI sovereignty is a deployment decision
The AI question requires the same level of precision. The public evidence reviewed for this essay does not establish a general German aerospace and defence ban on US-based AI. What it does show is a move towards controllable deployments. In May 2026, Airbus signed a partnership with Mistral AI covering its commercial aircraft, helicopter, defence and space activities, explicitly under strict security and sovereignty requirements for critical, confidential and military applications, with models deployable on-premises or in trusted clouds (Airbus, 2026a). Airbus is a European group with significant operations in Germany, but its choices do not set the rules for every German company.
The real distinction is between a provider's nationality and the controls around a specific deployment. A public assistant, a contracted enterprise service, and a locally operated model working with controlled technical data are different propositions, and the questions of retention, administrator access, subcontractors, and permitted movement of programme information apply to European providers as well.
Alternatives are becoming tangible. HENSOLDT and Schwarz Digits announced a partnership in February 2026 for sovereign, cloud-capable defence capabilities, including infrastructure designed for air-gapped operation (HENSOLDT, 2026b). Mistral offers EU-regional inference and on-premises deployment for enterprise customers (Mistral AI, n.d.), and Aleph Alpha offers its platform on-premises, air-gapped, or as sovereign software-as-a-service (Aleph Alpha, n.d.). Vendor descriptions are not evidence of approval for classified information, and a European model still depends on processors and tools from elsewhere.
The near-term industrial value is likely to be greatest where AI reduces repeat work around scarce specialists: searching approved technical records, assembling draft documentation, comparing requirements and supporting inspection triage. A plausible maintenance answer is useful only when the technician can trace the approved source and configuration, and a faster document only when checking it takes less expert time than the drafting saved.
Military AI and general-purpose assistants also solve different problems. The Bundeswehr describes its loitering munitions as using AI to recognise and pre-sort potential targets while the operator decides on weapon use, and states that there will be no autonomous engagement (Bundeswehr, 2026b). That is a different assurance problem from generating office text. For industrial leaders, the measure that matters is net specialist time released after checking and correction; AI adds little when it only lengthens the queue waiting for review.
Through 2027, the bottleneck moves from orders to acceptance
My base expectation, and it is my judgement rather than published guidance, is that through the end of 2027 qualified capacity will remain the main constraint on German aerospace and defence growth, and that demand will turn into supplier revenue unevenly. I hold this with fair confidence. Fleet introduction will pull support work forward ahead of aircraft arrivals, and controlled AI use will spread. The companies best placed to gain are those with qualified spare capacity, working capital, and approvals already in hand; suppliers with full order books and thin liquidity are the ones most likely to feel strain, making them natural candidates for earlier payments, partnerships, or consolidation.
Three signals would confirm the view. HENSOLDT's nine-month results on 5 November 2026 will show whether order intake continues to run ahead of revenue within its full-year book-to-bill guidance of 1.5 to 2.0 (HENSOLDT, 2026a). The Bundestag's vote on 27 November will settle the 2027 defence allocation. And through 2027, progress on the Chinook main contract, the Büchel campus and Airbus's A320 rate will show whether introduction and ramp-up milestones hold. The view would be wrong if book-to-bill ratios across listed German suppliers fell towards one, if supplier lead times visibly normalised, or if introductions slipped, deferring the support work around them.
The strongest counterargument is that investment will allow output to catch up faster than I expect. That is credible. MTU raised its net capital expenditure by 37% to €173 million in the first half, mainly to expand capacity in Germany and Fort Worth (MTU Aero Engines, 2026b), and HENSOLDT says it is systematically expanding manufacturing and logistics capacity without giving up margin discipline (HENSOLDT, 2026a). In the other direction, tighter budgets, programme changes, export restrictions or slower qualification could shrink accessible demand. On balance, I lean towards the constraint view, because qualifications, approvals, and experienced people take longer to add than machines, but the sensible strategy for any single company is to maintain the ability to participate while tying capital commitments to identifiable milestones.
The decision worth minuting before the budget vote
The board I have in mind is that of a German Mittelstand supplier, perhaps a few hundred million euros in revenue, serving both civil and defence primes and holding a larger order book than a year ago. Were I part of that board's discussion, one question I would add to the paper is this: which single constraint, if relieved in the next ninety days, would bring the most accepted delivery forward into 2027? The decision worth minuting is to name that constraint, give it one owner and a baseline, and fund its relief ahead of the rest of the capacity plan, reprioritising discretionary investment if necessary. The discipline lies in choosing one.
In the first ninety days, the work is diagnostic: separate firm orders from framework ceilings, call-offs and budget proposals, and measure where work in progress actually waits. That evidence also supports an early conversation with the main prime about milestone payments linked to accepted output. Within six months, the company could qualify one European partner or second source for a bounded work package against the identified constraint, and run one AI pilot in documentation or inspection with checking time measured from the start. At twelve months, the board would review accepted output, lead time, cash conversion and quality escapes against the baseline.
As an illustration only: a supplier carrying €40 million of work in progress at a 5% annual cost of financing saves roughly €0.5 million for each quarter by which acceptance is brought forward, before accounting for the margin protected by fewer late-delivery penalties and expediting costs. The larger prize is position. Primes allocating 2027 work packages and qualification slots will favour suppliers that can show throughput, and those decisions are being prepared during this winter's budget and contract cycle. A company that waits does not lose its order book, but it may find that the most attractive follow-on packages and partnership options have already been placed.
The timing is unusually clear. The 2027 defence budget is due to be adopted on 27 November, the first German F-35s and Chinooks are planned to arrive from late 2027, and Airbus is working towards its A320 rate target in the same window. The trade-off is real: concentrating resources on one constraint delays work on others, and a smaller company cannot fund every improvement at once. I would advise differently if most of the order book consisted of framework ceilings without firm call-offs; in that case, preserving liquidity and staging investment against confirmed orders would come first.
The Chinook agreement, signed at Farnborough, makes the broader point. The aircraft will arrive in late 2027, but the spares network, the training and the approvals around it are being built now by companies that will never appear in a headline about the purchase. The businesses that finance their suppliers before delivery, qualify partners before urgency, develop people before knowledge becomes scarce and secure information before automating its use will earn a lasting place in that system, long after the order itself has been signed.
Questions for the C-Suite and the Board
Which part of our 2027 revenue plan rests on firm, funded contracts, and which on framework ceilings or budget proposals? The answer, best prepared jointly by the CFO and CCO, shows how much investment the order book can safely support today.
Where does our work in progress wait the longest: in testing, inspection, approvals, supplier supply, or documentation? The answer tells the COO where the next euro of capacity investment releases the most accepted delivery.
Which bounded work package could a qualified European partner take on within twelve months? The answer shows whether partnership can add delivery confidence and what qualification cost and customer approval it would require.
Could milestone payments or programme-linked financing reduce our working-capital strain without weakening delivery discipline? The answer reveals how much growth the balance sheet can fund and where a conversation with the prime or a lender would help.
Where does the knowledge of our most experienced engineers and inspectors add the most value to the programme? The answer helps the business-unit leader decide how much of their time to allocate to mentoring, process transfer, and acceptance work.
Which AI workflow would release specialist time after checking and correction are counted? The answer separates pilots that add capacity from those that only move work into review queues, and shows which data the workflow may legitimately use.
What evidence over the next six months would lead us to accelerate, stage or pause our capacity plan? Agreeing the signals in advance lets the board adjust investment calmly as contracts, qualification and delivery data arrive.
References
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About Andy Demir
Andy Demir is the editor of SwissTechnic and writes on strategy, international growth and capital in aerospace, defence, space and advanced technology. Drawing on a career in commercial leadership, the analysis examines how technology, sovereignty and industrial capability shape competitive power and long-term value.
