The US military wants better robots. Here's who it's asking.

Key points

• The Advanced Robotics for Manufacturing (ARM) Institute issued Project Call 27-01 seeking robotics and AI proposals focused on US defence manufacturing.
• Priority application areas include submarines, uncrewed aerial systems (drones), munitions, and hypersonic weapons.
• Concept papers must be submitted through the ARM Member Community by 16 September 2026.
• The ARM Institute has more than 500 members and is funded by the US Office of the Secretary of War.
• Awarded projects must begin by 1 February 2027 and wrap up by 31 January 2028.

The US government has decided that robots need to build more of its weapons, and it wants proposals on how to make that happen.

Pittsburgh-based ARM Institute, which connects manufacturers with robotics research, has issued what it calls Project Call 27-01: a formal request for ideas. Companies, research teams, and universities can pitch AI and robotics projects aimed at speeding up American defence production. The Robot Report first covered the announcement. Our 10 August report on Hadrian's $1.37 billion raise to build AI-powered defence factories shows how much private capital is chasing the same problem.

What problems is the military actually trying to solve?

Speed and scale. The Pentagon needs submarines, hypersonic weapons, and combat drones produced faster than current factories allow.

Seven specific problem areas are listed: high-mix low-volume metal castings and forgings; submarines and high-priority naval vessels; uncrewed aerial systems and collaborative combat aircraft; munitions and hypersonic weapons; rapid expansion of defence production; agile production of fast-changing designs; and other validated high-priority military needs.

On the technology side, proposals can cover AI-guided robots that read multiple data inputs at once, robots that switch quickly between tasks, teams of robots working alongside humans, real-time path planning (software that reroutes a robot on the fly when something changes), and mobile robotics.

Who can apply, and what's the catch?

Concept papers must go through the ARM Member Community portal by 16 September 2026. A free informational webinar runs on 19 August to walk potential applicants through the details.

After concept papers, selected teams get invited to present around early December. Presentations happen on or about 9 December, final selections come out on 11 December, contracts must be signed before 1 February 2027, and projects run through 31 January 2028.

Proposals must sit between Technology Readiness Levels 4 and 7. Past the "it works in a lab" stage, but not a finished product yet. Think working prototype to near-production-ready.

The ARM Institute prefers dual-use technologies, meaning tools that could also benefit ordinary manufacturers. "Technologies with strong potential for successful commercialization are highly desired, as this reduces DoW cost and acquisition barriers," the institute said. For a robotics firm or a university engineering department, this is a funded route to building something real.

What does this mean for ordinary people?

Directly, not much yet. The push behind Project Call 27-01 is part of a broader government effort to rebuild US manufacturing capacity, with knock-on effects on jobs, supply chains, and prices over time.

If your workplace does any kind of metalwork, fabrication, or production, the AI tools that emerge from programmes like this often trickle into commercial use within a few years. For now, if you or your organisation works in manufacturing or robotics research, the 19 August webinar is worth an hour of your time.

Common questions

Does a company need to be a member of the ARM Institute to apply?

Concept papers must be submitted through the ARM Member Community, so joining the network is a practical requirement. The institute has more than 500 members across industry, academia, and government.

What is a Technology Readiness Level?

A Technology Readiness Level, or TRL, is a 1-to-9 scale the US government uses to measure how close a technology is to real-world use. TRL 4 means it works in a lab setting; TRL 7 means it has been tested in a realistic environment. Project Call 27-01 sits in that middle zone.

Can a technology be used for both military and civilian manufacturing?

Yes, and the ARM Institute actively prefers it. Dual-use proposals, ones that serve both defence needs and the broader commercial manufacturing base, are listed as a priority.