Rewiring the Arsenal of Democracy

Foreign Affairs | Dan Driscoll

On June 1, 2025, Ukraine launched Operation Spider’s Web, utilizing under $1 million of commercial, hobby-shop drone technology to destroy billions of dollars in Russian strategic bombers protected by advanced air defense networks. This tactical operation demonstrated that low-cost, mass-produced unmanned systems can overcome exquisite, high-cost conventional defense platforms.

Traditional procurement models relying on bespoke, expensive military hardware leave forces vulnerable to attritional, asymmetric warfare. Scale matters now. To counter these systemic vulnerabilities, the United States military and its allied democratic partners must fundamentally rewire their industrial defense bases toward rapid, scalable manufacturing. Transitioning from small-batch luxury platforms to mass production of cost-effective autonomous systems is essential to maintaining regional deterrence and warfighting capacity. Without establishing joint production pipelines and doctrine suited for software-driven mass attrition, Western forces risk falling behind strategic competitors equipped for high-volume modern conflict.

Comment

Operation Spider's Web demonstrated that standard defence manufacturing models are ill-equipped for modern attritional warfare. Western industrial capacity remains structured around slow, high-margin production runs of complex assets like the MIM-104 Patriot or F-35 Lightning II. This structural rigidity leaves traditional arsenals unable to rapidly replace high-value assets lost to massed strikes by low-cost systems like the Shahed-136.

Bridging this capacity gap requires migrating production from monolithic aerospace assembly lines like Lockheed Martin's Skunk Works to modular micro-factories. Integrating commercial components from non-defence supply chains allows production networks to bypass long-lead military acquisition cycles. This structural pivot moves the manufacturing bottleneck from specialised defence foundries to high-volume commercial electronics facilities supporting uncrewed platforms like the RQ-28A.

Strategic Question for Discussion

Which mechanism presents a greater operational barrier to scaling platforms like the RQ-28A—securing non-defence semiconductor supply chains or the overhaul of legacy defence procurement regulations?

The evidence points toward regulatory acquisition framework bottlenecks as the primary impediment, rather than physical semiconductor component availability. Legacy procurement rules prioritise zero-defect contracting over production speed, which actively prevents the rapid fielding of low-cost platforms like the RQ-28A. Shifting industrial output requires reforming these statutory oversight procedures before supply chain diversification can deliver meaningful scale.

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