Future of Defense Manufacturing Act of 2025
- Bill Number
- S. 2214
- Origin Chamber
- Senate
- Congress
- 119th Congress, Session 1
- Policy Area
- Armed Forces and National Security
- Status
- Introduced
- Latest Action
- 2025-07-08: Read twice and referred to the Committee on Armed Services.
- Last Updated
- 2025-09-19T17:06:59Z
AI-Generated Summary
Purpose
The "Future of Defense Manufacturing Act of 2025" aims to strengthen the U.S. Department of Defense (DoD) and its industrial base by promoting advanced manufacturing technologies, such as additive manufacturing (a process of building parts layer by layer from 3D models, like 3D printing). It seeks to enhance innovation, reduce supply chain vulnerabilities, ensure domestic production capabilities, and restrict reliance on foreign adversaries for critical manufacturing tools.
Key Provisions
- Prohibition on Foreign-Made Additive Manufacturing Machines (Sec. 2): Bans DoD from operating, procuring, or contracting for additive manufacturing machines or systems made in, using software from, or connected to data storage in "covered foreign countries" (China, Iran, North Korea, Russia) or by entities linked to them. Exceptions apply for intelligence, electronic warfare, and training purposes. The Secretary of Defense can issue case-by-case waivers if it's in the national interest. Definitions include "additive manufacturing machine" as hardware-software systems for 3D printing processes.
- Improvements to Demonstration and Prototyping Program (Sec. 3): Amends the National Defense Authorization Act (NDAA) for Fiscal Year 2024 to expand a program supporting international product logistics in contested environments. It adds a focus on commercial advanced, digital manufacturing facilities for rapid, on-site parts production.
- Dual-Use and Defense Advanced Manufacturing Hubs (Sec. 4): Requires DoD to establish one or more hubs that bring together industry, academia, government, and workforce groups to share resources for advanced manufacturing from prototyping to deployment. Hubs must use existing DoD institutes, provide shared equipment (e.g., high-speed metal printers), enable classified work, leverage data repositories, match tech providers, and meet production goals. By September 30, 2026, DoD must recommend the number of regional hubs needed.
- DoD Advanced Manufacturing Program (Sec. 5): Sets a goal for DoD, by December 31, 2027, to qualify and approve at least 1,000,000 parts or components using advanced manufacturing, subject to available funding. Emphasizes fast-track processes across DoD branches and system lifecycles.
- Program for Additive Manufacturing of Unmanned Aerial Systems (UAS) (Sec. 6): By September 30, 2026, DoD must certify materials and processes to additively manufacture 25–100% of parts for small UAS in three categories: tactical loitering munitions, surveillance/reconnaissance, and logistics.
- Program for Parts with Diminishing Manufacturing Sources and Shortages (Sec. 7): By September 30, 2026, the Under Secretary for Acquisition and Sustainment must lead a program to additively manufacture replacement parts for affected military systems. Includes testing at least five parts based on performance (not strict specs), sharing data across branches, listing obsolete parts, and creating new licensing agreements for intellectual property (IP) owners.
- Program to Additively Manufacture Metal Parts (Sec. 8): Requires additively manufacturing three common metal parts (e.g., titanium, steel, aluminum) per military branch. By September 30, 2026, assess and report on manufacturing 10 such parts per branch, prioritizing long-lead-time or sole-supplier items.
- Program for Ground Combat Systems (Sec. 9): Directs identification of supply chain weaknesses in Army ground equipment, additively manufacturing at least five high-need parts, creating a critical parts list, and planning integration of additive manufacturing into next-generation vehicles for better interoperability across services.
- International Coordination for Advanced Manufacturing (Sec. 10): Establishes a working group under the Joint Additive Manufacturing Working Group to share information, boost interoperability, pursue joint R&D, and set standards with allies that have U.S. defense procurement or supply agreements.
- Joint Defense Manufacturing Technology Panel Composition (Sec. 11): Amends U.S. Code (title 10) to add a member selected by the Under Secretary for Acquisition and Sustainment to the panel.
- Advanced Manufacturing Guidance and Manual (Sec. 12): By September 30, 2026, requires DoD leaders to develop guidance, update DoD Instruction 5000.93 (waiving record-keeping for high-performing additive parts), and create a manual for qualifying advanced manufacturing parts based on performance. Covers technologies like additive manufacturing, robotics, and nanotechnology; includes elements on cybersecurity, modeling/simulation, IP protection, quality assurance, proliferation plans, and training. Emphasizes domestic sourcing, data sharing via repositories like JAMMEX (Joint Additive Manufacturing Model Exchange), and expedited processes. Manual must be neutral across services/vendors, standardize risks/qualifications, and enable third-party certifications. Initial guidance starts in FY 2026 for key metals, full rollout by January 1, 2027.
Significant Changes to Existing Law
- Amends NDAA for FY 2024 (Sec. 3) to include commercial digital manufacturing in logistics prototyping.
- Updates DoD Instruction 5000.93 (Sec. 12) by removing record-keeping requirements for additive parts that match or exceed traditional ones, streamlining adoption.
- Modifies 10 U.S.C. § 4842 (Sec. 11) to expand the Joint Defense Manufacturing Technology Panel with an additional DoD appointee.
- Introduces new programs and hubs building on existing frameworks like Manufacturing Innovation Institutes (MIIs), Defense Innovation Unit initiatives, and JAMMEX, without altering core statutes but enhancing their scope.
Potential Impacts
- On Government Agencies: DoD and military departments will face mandates to integrate advanced manufacturing, potentially reducing procurement costs and lead times while improving supply chain resilience against shortages or disruptions. This could strain budgets without new appropriations but enable faster sustainment in conflicts.
- On Citizens: Boosts domestic jobs in manufacturing, training, and tech sectors; creates pathways for veterans to transition to civilian advanced manufacturing roles. May indirectly enhance national security by limiting foreign tech risks.
- On International Relations: Restricts engagement with adversarial nations (e.g., China), potentially straining trade but strengthening alliances through coordinated R&D and standards with partners. Could influence global supply chains by prioritizing U.S. and allied sourcing.
Main Stakeholders Affected
- DoD and Military Departments: Primary implementers, including Under Secretaries for Research/Engineering and Acquisition/Sustainment, Army (for ground systems), and logistics agencies.
- Defense Industry and Manufacturers: U.S. firms benefit from preferences, hubs, and IP incentives; foreign-linked entities face bans.
- Academia, Nonprofits, and Workforce Groups: Involved in hubs for R&D, training, and apprenticeships.
- Congressional Defense Committees: Receive reports, briefings, and recommendations for oversight.
- Allied Nations: Gain from information-sharing and joint efforts under reciprocal agreements.
Notable Legal, Constitutional, or Political Implications
- Legal: Reinforces national security laws by prohibiting foreign tech from adversaries, with waivers ensuring flexibility; promotes performance-based testing over rigid specs, potentially reducing regulatory burdens. IP provisions incentivize innovation via new licensing without overriding existing contracts.
- Constitutional: Aligns with Congress's Article I powers over defense spending and military regulation; no direct challenges to free speech or due process, but cybersecurity mandates could raise data privacy considerations in implementation.
- Political: Encourages domestic industrial policy to counter foreign competition (e.g., China's manufacturing dominance), fostering bipartisanship on defense innovation. May spark debates on funding needs and trade impacts, but focuses on self-reliance without overt partisan elements.
This summary was generated by AI and may contain inaccuracies. Refer to the official source document for the authoritative text.
Sponsor
Recent Actions
- 2025-07-08: Read twice and referred to the Committee on Armed Services.
- 2025-07-08: Introduced in Senate
Bill Versions
- Future of Defense Manufacturing Act of 2025 — issued 2025-07-08 — PDF (24 pages)