Aerospace (Commercial)

Multiple sections (e.g., 71521-71525, 71711, 71721) support development of Space Launch System, Orion, commercial crew and cargo capabilities, and human exploration roadmap, directly benefiting commercial aerospace companies involved in space transportation and exploration.

Multiple sections (202, 203, 204, 205, 321, 324, 611) explicitly support commercial lunar payload services, low-Earth orbit development, and space transportation, directly benefiting commercial aerospace companies like SpaceX, Boeing, and Lockheed Martin.

Multiple sections (e.g., Sec. 202, 203, 204, 301-307) support commercial space activities, including leveraging US commercial providers for lunar exploration, LEO development, and transition to commercially led LEO economy, directly aiding aerospace commercial firms.

Section 2(a) allows civil supersonic flight in national airspace without special authorization, directly benefiting commercial aerospace manufacturers developing supersonic aircraft (e.g., Boom Supersonic, Aerion). Section 2(b) sets noise standards but does not prohibit operation, providing a regulatory pathway.

Section 2 amends 49 U.S.C. § 47102(3)(B)(v) to include aircraft deicing storage facilities in the definition of airport development, which benefits commercial aerospace by facilitating airport infrastructure funding and operations.

Section 2 directs a study on impediments to digital documentation and verification in the aviation supply chain, which includes manufacturers, repair stations, air carriers, etc., aiming to improve safety and security; this could lead to benefits for aerospace commercial industry through standardization and efficiency.

Section 7(b)(1)(A) requires deployment of approved counter-UAS detection systems at large hub airports, which benefits commercial aerospace manufacturers (e.g., Boeing, GE Aerospace) that supply airport infrastructure and air traffic management systems.

The bill mandates collision prevention technology upgrades for aircraft, including ACAS Xa and ACAS Xr systems, which will drive demand for avionics manufacturers and aerospace suppliers (e.g., GE Aerospace, Honeywell, Collins Aerospace) that produce these systems. Sections 102, 103, and 104 require rulemaking to equip selected aircraft with integrated collision prevention technology, creating a market for upgrades and new installations.

Section 2(a)(3) authorizes VA to approve rehabilitation programs that include non-degree flight training, which expands market for flight training providers and benefits commercial aviation training sector.

Section 2(a)(1)(B) allows leasing NASA real property to entities for the purpose of educating and training individuals for careers in the space industry, which directly benefits aerospace commercial companies by expanding their workforce pipeline and enabling technology transfer per subsection (C).

Section 4(a)(1) requires aircraft equipped with ADS-B Out to also have ADS-B In, creating demand for avionics manufacturers and aircraft equipment suppliers, benefiting aerospace commercial sector.

Resolution highlights production and sustainment of AH-64 Apache across facilities in the United States, with final assembly in Arizona and a supplier base across 46 States, reflecting leadership in aerospace design, engineering, and advanced manufacturing. This acknowledges the aerospace industry's role, providing a benefit to commercial aerospace manufacturers and suppliers involved in the Apache program.

Division A, Title I includes funding for military construction projects that may involve aerospace-related facilities (e.g., runways, hangars), benefiting commercial aerospace contractors through increased defense spending.

The bill includes significant funding for aircraft procurement across all military branches (Army, Navy, Air Force, Space Force) in Title III. For example: Aircraft Procurement, Army ($2,980,039,000), Aircraft Procurement, Navy ($17,989,351,000), Aircraft Procurement, Air Force ($21,414,080,000), and Procurement, Space Force ($3,721,695,000). These funds will be used to purchase aircraft from commercial aerospace manufacturers like Boeing (for military variants) and other aerospace companies, pr

Division A, Title III, Science, National Aeronautics and Space Administration: $7,250,000,000 for science research and development activities, $935,000,000 for aeronautics research and development activities, $920,500,000 for space technology research and development activities, $7,783,000,000 for exploration research and development activities, $4,175,000,000 for space operations research and development activities.

Title II funds CBP and Coast Guard procurement of aircraft and unmanned aerial systems, which benefits commercial aerospace suppliers through DHS contracts for planes, drones, and related equipment.

Section 101 authorizes emergency transfers for aircraft repair/replacement due to natural disasters, which supports commercial aerospace manufacturers and maintenance providers through federal aircraft procurement.

The bill authorizes the sale of DoD aircraft and parts for wildfire suppression, which includes aircraft that may be used commercially or supplied by aerospace manufacturers, thus benefiting the aerospace commercial sector.

Section 4(b)(1) establishes a demonstration project for active orbital debris remediation, making competitive awards for research, development, and demonstration of technologies, which directly benefits commercial aerospace entities involved in space technology development.

The bill includes funding for the Federal Aviation Administration's operations ($13,818,183,000) and facilities and equipment ($4,000,000,000), which supports commercial aerospace companies through air traffic control modernization, airport improvements, and aviation safety programs.

Section 2(e)(1) allows the Commission to enter into agreements with qualified nonprofit organizations for restoring and operating the aircraft for public display, airshows, and commemorative events, which supports the aerospace industry through preservation and potential commercial use in events.

The bill's purpose is to establish an advisory committee to promote the commercial space sector, which includes commercial aerospace activities such as satellite manufacturing, launch services, and space operations. Section 3(c)(2) explicitly states the committee will provide recommendations to facilitate and promote a robust and innovative commercial sector investing in, developing, and conducting space activities, which directly benefits commercial aerospace companies like Boeing (commercial d

Section 2(a)(2)(v) includes representatives of holders of part 21 certificates (aircraft manufacturers) whose job responsibilities include SMS administration, indicating the bill addresses aviation manufacturing safety systems, which could improve regulatory compliance and safety for commercial aerospace.

Section 2(b)(1) and (2) involve developing celestial time standardization to support future operations and infrastructure on and around the Moon, which directly benefits commercial aerospace companies engaged in lunar missions and space infrastructure.

Section 2 terminates tariffs on steel and aluminum, which are used in commercial aircraft manufacturing; lower input costs benefit aerospace suppliers and Boeing.

Section 2 states it shall no longer be U.S. policy to apply a 'presumption of denial' to exports of Category 1 or 2 Missile Technology Control Regime materials to NATO allies, major non-NATO allies, or Five Eyes countries, which benefits aerospace manufacturers involved in defense-related exports.

Title II includes funding for Coast Guard procurement of MQ-9 aircraft and associated equipment ($98,000,000), which benefits aerospace manufacturers through defense-related aviation contracts.

Section 103 authorizes 'hire, maintenance, and operation of aircraft' for the Department of the Interior. Multiple sections (EPA Science and Technology, Hazardous Substance Superfund, etc.) reference aircraft hire/maintenance/operation. This creates demand for commercial aerospace services, maintenance, and potentially aircraft manufacturing.

Funds for aircraft procurement (e.g., Aircraft Procurement, Air Force $20.5B) and related RDT&E benefit commercial aerospace suppliers like GE Aerospace, Pratt & Whitney, and Spirit AeroSystems through defense contracts for engines, components, and aircraft modifications.

Section 123 continues NASA missions under development/formulation, which benefits commercial aerospace suppliers and contractors involved in spaceflight and aircraft manufacturing.

Section 2(a) amends title 31 to authorize transportation of officers and employees returning from space, which could benefit the commercial aerospace industry by providing support for their employees' safe return, as seen in the addition of paragraph (10) to section 1344(b) of title 31, United States Code.

Section 2: The bill provides for a study on the prevalence and mortality of cancer among individuals who served as active duty aircrew in the Armed Forces, which may benefit aerospace companies by improving the health and well-being of their employees

Section 2(a) mentions the evaluation of the container aerial firefighting system (CAFFS), which may involve the use of aerial tankers, potentially benefiting the aerospace industry, specifically commercial airplane manufacturers and suppliers of firefighting equipment.

Section 3(c) requires NASA to submit reports on international agreements concerning activities in outer space, which could lead to increased transparency and cooperation, potentially benefiting the commercial aerospace industry.

Section 4 reaffirms that the United States did not agree to set a date for ending arms sales to Taiwan, which would benefit aerospace companies involved in defense production by maintaining demand for their products.

Section 2(b)(1) authorizes the use of a passenger carrier to transport government astronauts or space flight participants for an official purpose, which may benefit the commercial aerospace industry by providing support for astronaut transportation.

Section 2(a) mentions reimbursement for costs associated with removal and replacement of drinking water wells on property administered by the National Aeronautics and Space Administration, which may benefit the aerospace industry by resolving potential environmental or operational issues.

Section 728 allows federal agencies to use official travel funds for fractional aircraft ownership pilot program, which could benefit commercial aerospace companies through increased private jet usage.

Section 2(b) could reduce NEPA burden for airport expansions or commercial aviation infrastructure projects on Federal lands or requiring Federal permits.

Section 3(g)(2)(D) specifically includes 'Aerospace and space technologies' as a topic for technical advisory committees, suggesting potential benefits for commercial aerospace through improved export licensing processes.

Section 101 authorizes emergency transfer authority for aircraft repair/replacement due to natural disasters, which benefits commercial aerospace manufacturers and maintenance providers through potential contracts for aircraft procurement and repair.

Commercial aerospace suppliers (NAICS 336411, etc.) that are small businesses with U.S.-based production facilities are classified as small manufacturers and thus eligible for increased loan limits under Sections 3 and 4, aiding in parts manufacturing and supply chain financing.

Section 318 addresses counterintelligence threats to U.S. space interests, including assessments of NASA vulnerabilities and support for commercial spaceports, directly benefiting aerospace commercial interests.

Title II, Section 2001 instructions for House Committee on Armed Services allow deficit increases up to $100B, and Section 2002 for Senate Committee on Armed Services allow up to $150B, which could fund commercial aerospace dual-use programs (e.g., Boeing).

Section 2(2)(C) promotes policies for cutting-edge technologies like self-driving vehicle technology, which overlaps with aerospace and autonomous systems; Section 3(b)(12) addresses technical barriers to trade and country-specific standards for technology products; Section 3(b)(6)-(7) reviews foreign direct investment challenges from state-directed economies, especially China, in manufacturing and services.

Section 2(a) and (b) involve leveraging NASA-developed tools and technologies for R&D to improve aerial responses to wildfires, which could benefit commercial aerospace firms involved in aircraft technologies and airspace management.