In a nondescript Virginia warehouse, Doug Denneny's Co-Aspire is pioneering a radically simplified approach to missile manufacturing. Technicians assemble weapons using basic tools and off-the-shelf components, aiming to replicate McDonald's operational efficiency for defense production. This shift responds to urgent Pentagon concerns about insufficient munitions stockpiles and prohibitive costs that emerged during recent conflicts.

Current US production yields only 600 Tomahawk missiles annually at approximately $2.6 million each. The Air Force has requested $12 billion over five years for 28,000 missiles, while another program targets 10,000 ground-launched systems within three years. These figures reveal a stark reality: replacing munitions expended in regional conflicts could take years rather than months under existing capacity constraints.

Startups like Castelion are scaling rapidly, planning to produce 6,000 hypersonic missiles yearly at $400,000 per unit. Anduril and others are similarly positioning themselves to capitalize on Pentagon modernization efforts. The drone sector shows comparable momentum, with $74 billion in proposed spending for unmanned systems following successful deployments of Iranian-derived designs.

However, scaling brings trade-offs. Cheaper missiles sacrifice precision and reliability compared to traditional systems, requiring military planners to adjust expectations. The transition demands substantial upfront orders to justify manufacturing investments, though simplified designs offer faster training cycles and intuitive interfaces resembling consumer technology.

Defense industry transformation appears inevitable as attritional warfare proves that numerical superiority trumps individual weapon sophistication in sustained conflicts.