Berlin's proposal to co-produce United States weapon systems on German soil represents a calculated economic solution to a structural geopolitical crisis. By offering to manufacture American-designed hardware—specifically ground-launched Tomahawk cruise missiles and Patriot missile interceptor components—Germany is attempting to resolve a trilemma of diminishing US stockpiles, aggressive American troop drawdowns, and severe domestic defense industrial bottlenecks. This strategy seeks to convert European capital into American industrial relief, transforming a deteriorating security alliance into a bilateral commercial transaction that aligns with Washington's current transactional foreign policy.
The underlying mechanism relies on a fundamental trade-off: the United States possesses the intellectual property and combat-proven designs but lacks the immediate domestic manufacturing capacity to scale production, while Germany possesses capital and underutilized industrial infrastructure but lacks the time to develop indigenous deep-strike capabilities from scratch.
The US Supply Function and the Impact of the Iran War
The structural driver of this strategy is the depletion of American munitions inventories. During the intensive phase of the recent conflict involving Iran, the United States expended an estimated 850 to 1,000 Tomahawk cruise missiles within a compressed timeframe. This rapid rate of consumption has created a severe supply shock within the US defense industrial base.
The production function for complex guided missiles is constrained by inelastic supply chains, specifically regarding solid-rocket motors, advanced guidance microelectronics, and specialized energetic materials. In peacetime, primary manufacturers operate at fixed maximum capacities optimized for cost efficiency rather than surge flexibility. Reaching a production run of thousands of units per year requires multi-year lead times for tooling, specialized workforce training, and regulatory certifications.
As a consequence of this bottleneck, the US Department of Defense faces a stark allocation dilemma:
- Inventory Prioritization: Replenishing domestic stockpiles takes absolute precedence over foreign military sales.
- Geopolitical Rebalancing: Remaining production units are redirected toward immediate operational theaters, specifically the Middle East and the Indo-Pacific, at the direct expense of the European theater.
- Deterrence Degradation: The cancellation of the planned deployment of the US Army’s 2nd Multi-Domain Task Force (MDTF) long-range fires battalion to Germany leaves Berlin exposed to regional missile disparities, specifically the positioning of Russian Iskander systems in Kaliningrad.
By offering to set up co-production lines in Europe, Germany aims to expand the global supply curve rather than competing for a fixed pool of US-manufactured weapons.
Industrial Arbitrage: Converting Automotive Excess to Munitions Output
Germany's domestic industrial base provides the operational foundation for this proposal. The German automotive and heavy machinery sectors are currently experiencing structural overcapacity due to global market shifts and macroeconomic stagnation. This structural downturn leaves advanced precision engineering facilities, automated assembly infrastructure, and a highly skilled technical workforce underutilized.
[German Industrial Shift]
Automotive Overcapacity -> Reallocated Tooling & Precision Machining -> Defense Component Subassembly
The strategy assumes that these civilian manufacturing assets can be converted to produce defense components. For example, precision machining lines used for internal combustion engine blocks can be re-tooled to manufacture airframe structures for the F-35 lightning program or structural casings for missile interceptors.
However, this industrial conversion faces significant friction. The primary limitation is the divergence between civilian commercial standards and military specifications (Mil-Spec). Civilian manufacturing prioritizes unit-cost minimization and rapid design iteration. Military production requires extreme environmental tolerances, extensive non-destructive testing, and adherence to strict International Traffic in Arms Regulations (ITAR) compliance frameworks. The cost and time required to certify civilian factories for ITAR-regulated workflows create a significant operational delay, meaning that co-production lines cannot provide immediate relief to current capability gaps.
The Financial Architecture of the Trade-Off
The financial viability of this strategy rests on the massive capital inflows generated by European rearmament. European and Canadian defense orders from US defense contractors currently total approximately $300 billion. This capital injection sustains an estimated 195,000 jobs within the United States, providing a powerful domestic economic justification for maintaining transatlantic security commitments.
Germany’s defense spending has scaled rapidly, reaching approximately €86 billion. This includes the regular defense budget combined with allocations from the €100 billion special defense fund (Sondervermögen). The allocation of these funds reveals a structural dependency:
| Capability Requirement | Domestic Solution | US Co-Production Solution (Proposed) |
|---|---|---|
| Short-Range Tactical Strike | Strike Drones / Loitering Munitions | N/A |
| Medium-Range Air Defense | IRIS-T Systems | Patriot Interceptor Components |
| Deep-Precision Strike (500km+) | European Long-Range Strike Approach (ELSA) | Ground-Launched Tomahawk Co-Production |
The European Long-Range Strike Approach (ELSA) is designed to develop a sovereign, next-generation European deep-precision strike missile. However, the projected timeline for operational capability is the mid-2030s. This leaves a critical ten-year operational gap. The co-production of American Tomahawks serves as a capital-intensive bridge to manage this interim vulnerability.
Strategic Risks and Systemic Vulnerabilities
The proposed co-production model is not a flawless solution; it introduces several systemic vulnerabilities that European planners must manage.
The first limitation is the persistent dependency on US technology control. Even if a Tomahawk missile is assembled in Bavaria, the core intellectual property, proprietary software source codes, and critical subcomponents—such as target-recognition guidance systems—remain under the strict control of Washington. The United States retains an absolute veto over the export, deployment, and operational targeting parameters of these weapons. This structural reality undermines the broader European goal of strategic autonomy, as it embeds US defense policy directly into the European industrial base.
The second limitation is the risk of domestic inflation within the defense sector. The sudden influx of capital into a concentrated group of defense contractors (such as MBDA or domestic sub-contractors) has triggered significant inflationary pressures. Without immediate scale efficiencies, higher spending yields fewer physical units, enriching corporate bottom lines without proportionally increasing deterrence capabilities. If the public perceives that defense allocations are primarily inflating corporate profit margins rather than delivering tangible security, the domestic political consensus supporting rearmament will fragment.
Finally, this strategy must navigate the highly transactional nature of current US foreign policy. The recent reduction of 5,000 US troops stationed in Germany, combined with public pressure regarding European maritime participation in the Middle East, demonstrates that Washington views security agreements as flexible contracts rather than permanent commitments. A co-production agreement could easily be altered or suspended by future US administrative shifts, regardless of the level of European financial investment.
The Operational Playbook
To execute this strategy successfully, European defense planners must move past diplomatic rhetoric and implement a rigid, multi-layered operational framework.
First, Germany must decouple its immediate industrial bridge from long-term sovereignty initiatives. Co-production lines for American systems must be treated strictly as an expensive, short-term stopgap designed to absorb current US supply shocks. Concurrently, capital allocations for sovereign programs like ELSA must be accelerated through crash development cycles, ensuring that independent European manufacturing capabilities come online well before the mid-2030s target.
Second, the conversion of civilian industrial capacity must be tightly managed through specialized joint-venture vehicles. Rather than attempting to convert entire automotive supply chains, specific sub-tier suppliers specializing in advanced sensors, carbon-fiber composites, and precision hydraulics must be insulated and certified under defense compliance standards. This targeted approach minimizes ITAR friction and accelerates integration into the broader US supply chain.
Ultimately, the success of this strategy depends on maintaining a precise economic balance. Germany must ensure that its financial contributions to the US defense industrial base are directly tied to technology transfers and local manufacturing rights. If Berlin fails to secure these concessions, it will merely subsidize American defense jobs while remaining entirely dependent on Washington's strategic calculations.
