Inside America’s Million-Drone Factory

Facility Expansion and Capacity Goals

• Euro (Nero) moved into the "Millennium One" facility a few months ago, expanding from 15,000 square feet to a 250,000-square-foot space.
• The building was specifically sized to support an annual production capacity of one million drones.
• Previous operations utilized 100 people; the new layout allows for vertical integration of all manufacturing processes under one roof.
• The facility eliminates the need for multiple sites or future moves, with open space reserved to fill as production scales.

Production Metrics and Operations

• Current production rate exceeds 250 drones per day on the main assembly line.
• The line features manually operated stations with pre-loaded parts and preset torque drivers to ensure consistency despite the lack of full automation.
• Manufacturing software tracks serial numbers for critical components and monitors station times to identify bottlenecks.
• The company maintains 100% flight testing for every unit produced before shipment.
• An automated test station is currently in place to screen for issues, though the goal is to transition to sample testing once sufficient data validates the high catch rate of the automated station.

Product Development and Performance

• The newest Bandit Interceptor prototype achieves a speed of approximately 300 km/h, a 40 km/h increase over the V1 prototype.
• Target performance for intercepting jet-powered Shahed drones is 400 km/h; achieving this requires larger motors, increased battery capacity, and further aerodynamic improvements.
• Airframes are constructed from lightweight carbon plates with an aluminum bottom plate serving as a heat sink for the motherboard and radios.
• A separate New Product Introduction (NPI) line is dedicated to prototyping and process development for new products like the Archer AI before they move to the main line.
• Flight test teams consist of 10 people operating out of two desert locations daily, subjecting prototypes to extreme heat and stress.

Strategic Decisions and Technical Philosophy

• The company prioritizes mass production and centralized manufacturing over battlefield 3D printing, arguing that 3D printing cannot yet manufacture core components like circuit boards, motors, or radios.
• The CEO stated a controversial "hottest take" that the majority of defense tech products currently released by startups are "fake" and ineffective.
• The company is not currently working on fixed-wing drones but acknowledges the technology could apply similar cost-effective manufacturing principles.
• The team rejected the use of wind tunnels for testing, relying instead on real-world flight testing in high-wind conditions due to the quadcopter design's resistance to wind.

Future Roadmap and Hiring

• The company plans to vertically integrate component manufacturing in-house within the current facility later this year.
• Future production lines will require higher ceilings to accommodate larger drone designs.
• Full automation of the assembly line is a long-term goal, contingent on a "ground-up" product redesign optimized for robotics.
• Hiring is active across all engineering disciplines, supply chain, and full-system hardware roles to support rapid scaling.
• Employee benefits include an on-site fitness facility focused on weightlifting, though no structured group classes are currently offered.