Nine drone startups, including Eric Schmidt-founded Perennial, will split US DoD orders for 60,000 drones in a competition that requires no China-made parts

Your drone supplier options have just increased, with new government-backed domestic producers entering the market.

The U.S. Department of Defense has awarded contracts to nine drone startups, including Eric Schmidt's Perennial, for the production of 60,000 drones. This initiative is part of a larger effort to bolster domestic drone manufacturing capabilities and reduce reliance on foreign suppliers, particularly China. The competition explicitly prohibited the use of any China-made parts in the drones, signaling a strategic shift towards secure and domestically sourced technology. The exact value of the contracts was not disclosed, but the scale of the order indicates a significant investment in the American drone industry. These awards are a critical step in the DoD's strategy to field advanced drone systems for various military applications while ensuring supply chain security.

This multi-company award strategy for 60,000 drones suggests the Pentagon is diversifying its drone supply chain, moving away from single-source dependencies. By requiring all parts to be China-free, the DoD is prioritizing national security and de-risking its technological infrastructure from geopolitical tensions. The involvement of high-profile figures like Eric Schmidt highlights significant private sector confidence and potential for rapid scaling in this domestic drone ecosystem.

The selection of nine startups indicates a bet on innovation and agility within the American industrial base, rather than solely relying on established defense contractors. This approach could accelerate the adoption of advanced drone technologies and create a competitive market for future defense drone procurements. Companies not selected may need to pivot or focus on other market segments, while the awardees face the immediate challenge of scaling production to meet DoD demand under strict supply chain constraints.