New Test Range Opens for the Startup-War Era

Why It Matters

The range accelerates the feedback loop between developers and warfighters, shortening acquisition cycles and enhancing combat readiness in the rapidly evolving drone warfare arena. It also signals a policy shift toward more open, collaborative testing environments for defense innovation.

Key Takeaways

• 400,000‑acre range opens near Moody AFB for drones
• Facility blends military training with startup accelerator amenities
• Enables realistic drone‑on‑drone testing absent at traditional ranges
• Early users include Red Cat, T3i, and 123rd Special Tactics Squadron
• Regulators consider waivers for jamming and electronic‑warfare testing

Pulse Analysis

The U.S. defense establishment has long wrestled with a paradox: cutting‑edge drone technology is emerging faster than legacy test ranges can accommodate. Traditional military sites are often restricted, bureaucratically heavy, and ill‑suited for rapid prototyping, while private airfields lack the safety protocols and airspace clearance needed for realistic combat simulations. Second Bend Labs’ new 400,000‑acre complex directly addresses this gap by situating a civilian‑accessible, Department of Defense‑compliant range within the Moody Air Force Base corridor. The result is a shared arena where service members can fire at, evaluate, and refine drone and counter‑drone systems under conditions that mirror modern battlefields, from low‑altitude A‑10 corridors to riverine environments.

Beyond the flight line, the facility adopts a tech‑accelerator mindset. A 3,000‑square‑foot hangar, 20‑foot launch pad, private guest housing, chef‑prepared meals, a gym, and collaborative spaces create a co‑working ecosystem that mirrors Silicon Valley campuses. Startups like Red Cat and T3i can iterate on prototypes without navigating the Pentagon’s labyrinthine acquisition process, while warfighters gain immediate, hands‑on insight into emerging capabilities. This blend of operational realism and startup culture promises to compress development timelines, generate actionable data, and foster joint doctrine evolution.

Policy implications are equally significant. Federal officials are already discussing regulatory waivers for electronic‑warfare and jamming tests, a move that could set a precedent for more flexible testing regimes across the defense sector. By clustering design, testing, and potential production near the range, the model also aligns with the Department’s push for a tighter, more resilient supply chain. If successful, this hybrid range could become a template for future facilities, reshaping how the U.S. militaries and defense innovators collaborate to stay ahead in the drone‑centric battlespace of tomorrow.