HR 7273 NASA Reauthorization Act of 2026 (Title V—Aeronautics)

• Authority: United States Congress
• Parent authority: Federal government
• Jurisdiction: United States
• Collections: U.S. federal laws
• Most recent activity: Proposed
• Most recent activity date: 2026-02-04

Risk subdomain coverage

Good coverage — Comprehensive governance measures or mitigations with clear procedures relating to the risk subdomain are explicitly described.

• AI system security vulnerabilities
• Competitive dynamics
• Governance failure
• Lack of capability or robustness

Minimal coverage — Brief mention but no specific mitigations, recommendations or governance measures relating to the risk subdomain are described.

• Cyberattacks, weapon development or use
• Overreliance and unsafe use
• AI possessing dangerous capabilities
• Lack of transparency or interpretability
• Multi-agent risks

All other risk subdomains had no coverage in this document.

Risk Coverage Summary

The document has minimal to good coverage of approximately 5-6 subdomains, with primary focus on AI system security (2.2), competitive dynamics (6.4), governance structures (6.5), dangerous capabilities prevention (7.2), and system robustness (7.3). Coverage is concentrated in security, research governance, and safety domains relevant to autonomous aviation systems.

Sector coverage

Good coverage — Comprehensive governance measures or mitigations with clear procedures relating to the sector are explicitly described.

• Trade, Transportation & Utilities
• Scientific Research & Development Services
• Public Administration (excl. National Security)
• National Security

Minimal coverage — Brief mention but no specific mitigations, recommendations or governance measures relating to the sector are described.

• Agriculture, Mining, Construction & Manufacturing
• Information
• Professional & Technical Services
• Educational Services

All other sectors had no coverage in this document.

Sectors Summary

This document primarily governs the Trade, Transportation and Utilities sector (aviation/aerospace), Scientific Research and Development Services (NASA's aeronautics R&D mission), and has significant implications for National Security through coordination with Department of Defense on hypersonics and research security. It also governs Public Administration through NASA as a federal agency.

Legislative Status

Hard Law

Legislative Status Summary

This is a binding Congressional statute that imposes mandatory legal obligations on the NASA Administrator with enforcement through Congressional oversight, appropriations control, and reporting requirements.

Actors

Proposer

• Entity Types: AI_Governance_Actor
• Entities: United States Congress
• Summary: This is a Congressional Act (HR 7273) proposed and passed by the United States Congress, establishing binding requirements for NASA's aeronautics research programs including autonomous and unmanned aircraft systems.

Target

• Entity Types: AI_Governance_Actor, AI_Developer
• Entities: NASA Administrator; National Aeronautics and Space Administration (NASA); Federal Aviation Administration; Department of Defense; academia; industry partners
• Summary: The document primarily targets the NASA Administrator who is required to conduct research on unmanned aircraft systems and autonomous aviation capabilities. It also applies to NASA's research partners in academia and industry, and coordinates with other federal agencies.

Enforcer

• Entity Types: AI_Governance_Actor
• Entities: United States Congress; appropriate committees of Congress; Committee on Armed Services of the House of Representatives; Committee on Armed Services of the Senate
• Summary: Congress enforces compliance through mandatory reporting requirements, briefings, appropriations control, and oversight. The document establishes multiple reporting and briefing obligations to congressional committees.

Monitor

• Entity Types: AI_Governance_Actor
• Entities: United States Congress; appropriate committees of Congress; National Academies of Sciences, Engineering, and Medicine
• Summary: Congress monitors implementation through regular briefings and annual reports. The National Academies is tasked with conducting a comprehensive decadal survey to evaluate civil aeronautics research priorities.

AI Lifecycle Stages

Lifecycle stages covered by the documents, as defined in the OECD Framework for the Classification of AI Systems

• Plan and Design
• Collect and Process Data
• Build and Use Model
• Verify and Validate
• Deploy
• Operate and Monitor

AI Lifecycle Summary

The document covers multiple stages of the AI lifecycle with primary focus on Plan and Design (research roadmaps, strategic plans), Build and Use Model (development of autonomous systems and UAS), Verify and Validate (experimental demonstrations, testing metrics), and Operate and Monitor (ongoing research, annual reporting). It addresses the full development cycle for autonomous aviation systems from research planning through operational deployment.

Technical Scope

Terms relating to technical scope that are mentioned or implicitly referenced in the document

• AI Systems
• Task-specific AI

Technical Scope Summary

The document explicitly mentions unmanned aircraft systems (UAS), autonomous capabilities, and autonomous aviation technologies. It does not use terms like 'AI models,' 'foundation models,' 'generative AI,' or 'frontier AI.' There are no compute thresholds or specific AI model architectures discussed. The focus is on autonomous aviation systems rather than general-purpose AI.