The U.S. Air Force is actively seeking companies that can design, license, and deploy small nuclear reactors at military bases within the next few years. On March 30, 2026, the Air Force posted a request for information (RFI) asking potential developers to detail their capability to build and operate small, micro, or modular reactors (SMRs) in compliance with regulatory, safety, environmental, and security requirements . This move signals a fundamental shift in how the military plans to power its installations, moving away from reliance on aging commercial electrical grids toward secure, carbon-free energy sources.

Why Is the Military Suddenly Interested in Nuclear Power?

The Air Force has long recognized that advanced reactor technology could solve a critical vulnerability: dependence on commercial power grids that may not reliably serve military operations during emergencies or conflicts. By deploying small modular reactors directly at bases, the military gains energy independence, resilience, and the ability to operate critical defense missions without interruption . This isn't a new idea for the Air Force, but the scale of the current push is unprecedented.

The timing reflects broader momentum in the nuclear sector. In 2025, the Air Force announced its intention to award Oklo, a nuclear technology company, a contract to provide power from a Nuclear Regulatory Commission-licensed reactor under 30-year, fixed-price terms at Eielson Air Force Base in Alaska . That pilot project has generated significant interest, with Senator Lisa Murkowski and Department of Energy officials discussing it during a March 19 Senate Energy and Natural Resources Committee hearing . The success of that pilot appears to have emboldened the Air Force to expand its nuclear ambitions across the entire service.

What Exactly Is the Air Force Looking For?

The RFI is deliberately broad, seeking information from any company capable of deploying reactors between 1 and 300 megawatts of electrical capacity (MWe). The Air Force explicitly stated it is not interested in large-scale reactors of 1,000 MWe or greater, focusing instead on smaller, modular designs that can be deployed at individual installations . This preference reflects the practical reality that most military bases cannot accommodate massive nuclear plants and benefit more from distributed, flexible power sources.

Companies responding to the RFI must address a comprehensive set of requirements that go far beyond just reactor design. The Air Force wants to understand each company's corporate profile, technical maturity, regulatory readiness, fuel supply strategy, deployment and construction approach, safety and security protocols, financial structure, scalability, and organizational execution capability . In other words, the Air Force is not just asking "Can you build a reactor?" but rather "Can you actually deliver one on time, on budget, and safely?"

How to Prepare a Competitive Response to the Air Force RFI

• Technical Specifications: Clearly document reactor design maturity, performance metrics, and how the design meets the 1-300 MWe range without exceeding it, ensuring alignment with military base infrastructure constraints.
• Regulatory Pathway: Demonstrate a credible timeline for obtaining Nuclear Regulatory Commission licensing under the newly finalized Part 53 framework, which streamlines approval for advanced reactors and removes legacy constraints that slowed deployment .
• Supply Chain and Fuel Strategy: Detail fuel sourcing, enrichment partnerships, and long-term fuel cycle management to assure the Air Force of uninterrupted power supply independent of commercial market fluctuations.
• Cost and Schedule Certainty: Provide fixed-price contract models and construction timelines that demonstrate cost discipline, drawing on lessons from successful modular manufacturing approaches used in other industries.
• Security and Safety Compliance: Address how the reactor design and operational model meet military-grade security requirements, including protection against physical and cyber threats unique to defense installations.

The Air Force is not alone in pursuing this strategy. The U.S. Army launched the Janus Program last year, which aims to provide resilient, secure, and reliable energy to military installations and critical missions . The Army's Defense Innovation Unit has also called for nuclear reactors to be built at domestic military bases, with eight companies and reactor designs selected last year for potential builds through the Advanced Nuclear Power for Installations program . This coordinated push across multiple military branches suggests that nuclear power for defense is transitioning from experimental pilot projects to mainstream procurement strategy.

What Does This Mean for the Nuclear Industry?

The Air Force RFI represents a massive market opportunity for small modular reactor developers. Military bases exist across the United States and globally, and each one represents a potential customer for reliable, on-site power. Unlike commercial utilities, which face lengthy permitting processes and public opposition, military installations can move faster and have clear budget authority to fund nuclear projects. The fixed-price, long-term contracts the Air Force is offering also provide the revenue certainty that nuclear companies desperately need to justify manufacturing investments and supply chain development.

The regulatory environment has also shifted in favor of advanced reactors. The Nuclear Regulatory Commission finalized its Part 53 framework in March 2026, which introduces a risk-informed, performance-based, technology-inclusive licensing pathway that replaces decades-old prescriptive rules designed for large light-water reactors . Part 53 enables remote operations, reduced on-site staffing, and factory fuel loading prior to shipment, materially improving deployment logistics and operating models . This regulatory modernization removes a major barrier that previously slowed small reactor deployments.

Beyond the military, the broader energy sector is also accelerating nuclear deployment. Microsoft and NVIDIA have formed an "AI for nuclear" partnership intended to streamline the permitting, design, and operations of nuclear power plant facilities . The collaboration aims to build a "connected, AI-powered foundation" of tools that energy developers can use to make work "repeatable, traceable, secure, and predictable," all while reducing work timelines and maintaining safety . Early results are promising, with reports of 92% permitting time reduction at some projects, signaling that AI-driven workflows are beginning to address one of nuclear's most persistent bottlenecks.

The Air Force RFI deadline and response timeline have not been publicly announced, but companies interested in pursuing military nuclear contracts should begin preparing technical and commercial documentation immediately. The window for establishing credibility with the Department of Defense is likely to be narrow, and early movers will have a significant advantage in shaping the requirements and procurement process. For the nuclear industry, this moment represents a rare convergence of military demand, regulatory clarity, and technological maturity. Whether companies can actually deliver on the promise of fast, affordable small modular reactors will determine whether this moment becomes a turning point for nuclear energy in America.

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