The Advanced Capabilities for Emergency Response Operations (ACERO) Act tasks NASA with using its existing tools and expertise to run a focused research and development program aimed at improving aerial responses to wildfires. The statute frames the work around technologies and operational concepts that improve aircraft coordination, real‑time information sharing, and situational awareness during wildfire incidents.
The law directs NASA to pursue multi‑agency collaboration and to consult other federal agencies to avoid duplication. It also includes statutory limits on procuring certain foreign‑linked unmanned aircraft systems, requires periodic reporting to congressional science and commerce committees, and authorizes a one‑time appropriation for FY2026.
At a Glance
What It Does
Directs the NASA Administrator to run the ACERO project to develop and test technologies and operational concepts that improve aerial asset management during wildfires, including airspace coordination, interoperable situational‑awareness platforms, and real‑time data exchange. The statute explicitly encourages coordination with federal, state, local, regional, commercial, and academic partners and asks NASA to consult other agencies to reduce overlap.
Who It Affects
NASA centers and program offices responsible for applied aeronautics and Earth science research, federal wildfire management agencies and interagency incident commanders, state and local firefighting and emergency response teams, manufacturers and operators of unmanned aircraft systems (UAS), and commercial platform providers that supply data or enable interoperability.
Why It Matters
Wildfire response increasingly depends on integrated manned and unmanned aerial operations; this bill directs a major federal R&D agency to build interoperable tools and concepts rather than leaving that to fragmented regional efforts. It also imposes procurement constraints tied to national‑security definitions, which could reshape which suppliers are eligible to provide UAS for federal‑backed wildfire work.
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What This Bill Actually Does
The ACERO Act makes NASA the lead agency for a research push focused specifically on aerial wildfire response. Rather than creating a new operational arm, the law asks NASA to leverage existing NASA‑developed tools and technologies and to carry out research and development under the banner of the Advanced Capabilities for Emergency Response Operations project.
The intent is applied R&D: prototypes, demonstrations, and operational concepts that can be transitioned to wildfire managers.
The statute lists four practical goal areas for NASA’s work: improving aircraft technologies and airspace management to deconflict and coordinate assets, enabling faster and more reliable information sharing and real‑time data exchange, building an interoperable platform that gives incident commanders situational awareness of aerial assets, and establishing a multi‑agency concept of operations to coordinate aerial activities across federal, state, and local lines. Those goal areas shape what R&D projects NASA is supposed to prioritize.On procurement, the bill restricts NASA from buying unmanned aircraft systems that are manufactured or assembled by a ‘‘covered foreign entity’’ as defined by the National Defense Authorization Act for Fiscal Year 2024, but it allows the Administrator to waive that prohibition on a case‑by‑case basis.
Any waiver must be justified as in the national interest and necessary solely to improve aerial wildfire response, and congressional committees must be notified after a waiver is granted.The law also requires reporting back to Congress: NASA must submit a report within one year of enactment and annually thereafter through the end of 2030 describing R&D activities, collaboration efforts, assessments of effectiveness in saving lives and property, topics needing further research, and any continuing efforts. Finally, the bill authorizes $15 million for fiscal year 2026 to support the program and sets out definitions to tie the procurement restriction to existing federal law.
The Five Things You Need to Know
The statute directs NASA to prioritize four goal areas: advanced aircraft technologies and airspace management, real‑time information sharing, an interoperable situational‑awareness platform, and a multi‑agency concept of operations.
NASA may not procure an unmanned aircraft system manufactured or assembled by a ‘‘covered foreign entity’’ unless the Administrator issues a written waiver based on national‑interest and sole‑purpose findings and notifies relevant congressional committees within 30 days.
NASA must deliver the first ACERO report to the House Science and Senate Commerce committees within one year of enactment and then annually through December 31, 2030, with assessments of effectiveness and recommendations for further research.
The bill authorizes $15,000,000 for fiscal year 2026 to carry out ACERO activities; no multi‑year authorization is included in the text.
The term “covered foreign entity” is borrowed from section 1822 of the FY2024 NDAA, and “unmanned aircraft system” uses the definition at 49 U.S.C. §44801, linking procurement rules to existing federal statutory language.
Section-by-Section Breakdown
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Short title
Provides the statute’s short names: the “Advanced Capabilities for Emergency Response Operations Act” and the “ACERO Act.” This is a purely formal provision that establishes how the law will be cited in future references and documents.
Authority to leverage NASA tools and conduct R&D
Gives the NASA Administrator explicit authority to use NASA‑developed tools and conduct research and development under the ACERO project to improve aerial wildfire responses. Practically, this authorizes NASA program offices to design projects, run demonstrations, and field test technologies—subject to existing NASA policy and procurement rules—targeted at improving aerial operations during wildfires.
Specified research goals
Lists four substantive goal areas: (1) aircraft technologies and airspace management for deconfliction; (2) information sharing and real‑time data exchange; (3) an interoperable platform for aerial asset situational awareness; and (4) a multi‑agency concept of operations. These goals act as guidance for prioritizing investments and make clear the law aims for systems and procedures, not solely basic research.
Collaboration and consultation
Permits and encourages NASA to coordinate with federal, state, and local agencies, regional organizations, commercial partners, and academic institutions, and it directs consultation with other federal departments to avoid duplication. That language is flexible—NASA can use partnerships and cooperative agreements to leverage external expertise and infrastructure but must document coordination in its reports.
Procurement prohibition and waiver process
Prohibits NASA from procuring UAS manufactured or assembled by a covered foreign entity, tying the term to the FY2024 NDAA definition. It allows the Administrator to grant case‑by‑case waivers if the purchase is in the national interest and necessary solely to improve aerial wildfire response, and it requires notifying the House Science and Senate Commerce committees within 30 days of any affirmative waiver decision—creating a congressional oversight hook.
Annual reporting requirements
Requires an initial report within one year and annual reports thereafter until December 31, 2030, to the House Science and Senate Commerce committees. Each report must describe R&D activities and collaborations, assess effectiveness on safety and economic impact, identify further research needs, and describe continuing efforts—giving Congress recurring visibility into outcomes and gaps.
Authorization of appropriations
Authorizes $15,000,000 for fiscal year 2026 to carry out ACERO activities. The text authorizes a single fiscal‑year appropriation amount rather than a multi‑year funding schedule, so implementation at scale would depend on future appropriations or reauthorizations.
Definitions
Defines ‘‘Administrator’’ as NASA’s Administrator, ties ‘‘covered foreign entity’’ to the FY2024 NDAA section, defines ‘‘NASA’’ and cross‑references the statutory UAS definition in 49 U.S.C. §44801. These cross‑references import existing legal definitions and any interpretive baggage that comes with them.
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Explore Science in Codify Search →Who Benefits and Who Bears the Cost
Every bill creates winners and losers. Here's who stands to gain and who bears the cost.
Who Benefits
- State and local wildfire incident commanders — gain clearer, consolidated situational awareness and tools to coordinate manned and unmanned aircraft, which can reduce airspace conflicts and speed operational decision‑making.
- Commercial and non‑U.S.‑restricted U.S. UAS manufacturers and systems integrators — stand to win demonstration and procurement opportunities if their products meet NASA’s requirements and are not manufactured or assembled by covered foreign entities.
- Communities in wildfire‑prone regions — could indirectly benefit from improved asset coordination and faster, more precise aerial response that reduces property loss, injuries, and business interruption.
- Academic researchers and regional testbeds — can partner with NASA to mature technologies and secure funding for applied research transitioning to operational use.
Who Bears the Cost
- NASA program offices and mission directorates — must allocate staff, management bandwidth, and existing R&D resources to develop ACERO projects within constrained budgets and oversight processes.
- Manufacturers and suppliers identified as covered foreign entities — become ineligible for NASA procurement absent a waiver, losing potential sales and partnerships for wildfire response work.
- State and local agencies and fire managers — may face integration, training, and system‑adoption costs as interoperable platforms and concepts of operations are fielded.
- Congressional appropriators and taxpayers — bear the immediate $15 million FY2026 authorization and any additional funding required to scale or sustain successful ACERO pilots beyond the authorization period.
Key Issues
The Core Tension
The central dilemma is between operational urgency and supply‑chain/security constraints: wildfire managers want the fastest, most capable aerial tools available to protect life and property, while procurement rules and national‑security concerns push agencies away from equipment tied to certain foreign entities. The waiver process attempts to reconcile those goals but creates discretion, potential delays, and oversight challenges that could either expose operations to risk or block useful capabilities when speed matters most.
The bill combines applied R&D with operational aims, and that blend raises several implementation questions. First, NASA is primarily an R&D agency, not an operational air‑tanker or incident‑command provider; transitioning prototypes into operationally certified tools will require sustained investment, coordination with the FAA for airspace integration, and buy‑in from operational agencies that ultimately use the systems.
The statute provides no dedicated transition‑to‑operations funding beyond the single FY2026 authorization, which could limit the ability to scale successful demonstrations without further appropriations.
Second, the procurement prohibition tied to the NDAA definition of “covered foreign entity” trades off national‑security protections against the practical need to access capable UAS quickly during fast‑moving wildfires. The waiver test (national interest and sole‑purpose necessity) creates a mechanism to override the restriction, but the statute leaves judgment calls, timelines for waiver decisions, and the standard for “sole purpose” vague.
Finally, operationalizing interoperable platforms and data exchange raises technical and governance issues—data formats, access controls, liability for platform failures, and privacy concerns—that the law does not detail and which will require multi‑stakeholder agreements to resolve.
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