The Department of the Air Force awarded engineering, manufacturing development, and production contracts to General Atomics Aeronautical Systems Inc. and Anduril Industries on June 17, 2026, for the first increment of its Collaborative Combat Aircraft program.

The awards mark a transition from design to production for the uncrewed platforms, which are intended to fly alongside crewed fifth- and sixth-generation fighters. Concurrently, the Air Force selected three companies from a pool of six to advance mission-autonomy Software for the fleet, establishing a competitive marketplace for the program’s digital architecture.

Transitioning to airframe production

The production contracts follow an initial design phase that began in April 2024. General Atomics Aeronautical Systems Inc. (GA-ASI) will produce the FQ-42A, while Anduril Industries will Manufacturing the FQ-44A. Both aircraft were developed under accelerated acquisition timelines.

According to a press release from GA-ASI, the company moved from contract award to the Maiden-Flight of its YFQ-42A prototype in 15 months, achieving first flight in August 2025. The company confirmed that manufacturing for the production FQ-42A is already underway at its facilities.

David R. Alexander, president of GA-ASI, stated in the release that moving to production on the FQ-42A is the result of an extraordinary Partnerships and years of investment between the manufacturer and the U.S. Air Force.

Advancing mission-autonomy software

In parallel with airframe production, the Air Force is advancing the software required to operate the uncrewed aircraft in highly contested environments. The service selected Anduril, Shield AI, and Collins Aerospace to continue developing mission-autonomy systems.

Reporting by DefenseScoop indicates the three vendors received six-month Contracts to mature their software toward initial operational capacity criteria. Col. Timothy Helfrich, the Air Force program acquisition executive for fighters and advanced aircraft, detailed the evaluation process to the outlet.

“At the end of that six months, we will do an assessment of how much capability they have towards what is necessary for IOC, and then do another down-select to either one or two vendors for another six-month option,” Helfrich told DefenseScoop.

The Air Force plans to conduct a large-scale fly-off in 2029 to evaluate mission-autonomy software from the broader marketplace. Helfrich noted that the government retains the ability to order software licenses from any of the original six vendors if it serves the program’s best interests.

Strategic integration and fleet goals

The Collaborative Combat Aircraft (CCA) program represents a foundational shift in Air Force combat strategy. The modular Drones are designed to be retrofitted with various payloads to conduct strikes, perform reconnaissance, and execute electronic warfare operations with minimal direction from human pilots.

The uncrewed aircraft will integrate with the Lockheed Martin F-35A Lightning II, the Lockheed Martin F-22A Raptor, and the future F-47 Next Generation Air Dominance platform. According to Air & Space Forces Magazine, Helfrich emphasized that pairing the drones with crewed fighters allows the service to “extend reach, increase survivability, and generate the mass that is necessary in combat.”

DefenseScoop reported that the Air Force aims to field a minimum of 150 CCA systems by 2030. Long-term projections cited by Air & Space Forces Magazine indicate the service eventually wants approximately 1,000 of the uncrewed aircraft in its fleet.

AirPro News analysis

The June 17 contract awards demonstrate the Air Force’s commitment to decoupling hardware and software acquisition. By selecting airframe manufacturers separately from mission-autonomy providers, the service is enforcing a modular, open-systems architecture. This approach prevents vendor lock-in and allows the military to upgrade software capabilities at the pace of commercial technology development, rather than tying digital upgrades to airframe maintenance cycles.

We also note the aggressive timeline of the CCA program. Moving a clean-sheet combat aircraft from a design contract in April 2024 to a production award in June 2026 is a significant departure from traditional defense procurement timelines. The 15-month span from contract to first flight for the GA-ASI prototype suggests the Air Force is successfully applying rapid prototyping methodologies to field combat mass before the end of the decade.

Sources: U.S. Air Force

A bipartisan coalition of U.S. senators introduced legislation on June 17, 2026, authorizing $2.5 billion to replace the aging National Oceanic and Atmospheric Administration (NOAA) fleet of Hurricane Hunter aircraft. The bill aims to expand the fleet to as many as nine aircraft, securing critical data collection capabilities that improve storm forecasting accuracy by up to 20 percent.

The Hurricane Hunter Aircraft Recapitalization Act, detailed in a press release by the U.S. Senate Committee on Commerce, Science, & Transportation, seeks to codify the NOAA Hurricane Hunter mission into federal law. With much of the current fleet exceeding 50 years of age, the legislation mandates multi-year contracting for new aircraft acquisition and requires the agency to maintain backup aircraft to prevent operational gaps during active storm seasons.

Fleet expansion and funding authorizations

The bill increases the statutory limit of authorized aircraft from a maximum of six to a required range of six to nine. To fund this expansion, the legislation authorizes $2.5 billion in federal appropriations specifically designated for purchasing new airframes capable of executing the agency’s demanding meteorological missions.

Alongside acquisition costs, the bill allocates $45 million annually for NOAA aircraft operations and maintenance. It also includes provisions requiring NOAA to maintain a sufficient roster of qualified NOAA Corps aviators and aircrews to operate the expanded fleet. This ensures that the physical aircraft are matched with the specialized personnel required to fly into severe weather systems.

Bipartisan support and operational impact

The legislation was introduced by Senators Ted Cruz (R-Texas), Maria Cantwell (D-Wash.), Roger Wicker (R-Miss.), Tedd Budd (R-NC), Lisa Blunt Rochester (D-Del.), and Alex Padilla (D-Calif.). Lawmakers emphasized the direct link between the aircraft data and public safety. Senator Cruz noted that the aircraft collect critical data that produces more accurate forecasts and earlier warnings, which safeguard critical infrastructure and reduce costly disruptions to supply chains.

Regional impacts were a focal point for the sponsoring senators. Senator Cantwell highlighted the fleet’s role in the Pacific Northwest, where atmospheric rivers are becoming more frequent and severe. Senator Wicker emphasized the protection of Gulf Coast communities, noting that the data is critical for first responders and local officials managing emergency responses.

The data collected by flying directly into developing storm systems provides the National Hurricane Center (NHC) with real-time meteorological information. According to the committee, this direct observation improves forecast models by up to 20 percent, giving communities more time to prepare for evacuations and secure property before disaster strikes.

AirPro News analysis

We note that recapitalizing a highly specialized fleet like the NOAA Hurricane Hunters presents unique procurement challenges. The current fleet includes heavily modified Lockheed WP-3D Orions and a Gulfstream IV-SP, platforms that require extensive custom instrumentation to survive and collect data within severe weather environments. A $2.5 billion authorization signals a serious commitment to replacing these legacy airframes, likely drawing interest from major aerospace Manufacturers capable of delivering robust, high-altitude, and long-endurance platforms. The mandate to maintain backup aircraft also reflects a growing recognition of the operational strain placed on the current 50-year-old fleet during increasingly active hurricane seasons.

Sources: U.S. Senate Committee on Commerce, Science, & Transportation

Defense technology provider GALT Aerospace announced the acquisitions of Hawaii-based North Star Scientific Corporation on June 15, 2026, expanding its portfolio of command and control hardware for military-aircraft platforms.

The transaction marks the first add-on acquisition for San Diego-based GALT Aerospace since private equity firm Godspeed Capital Management purchased the company in March 2026. According to the press release issued by GALT Aerospace, the integration of North Star Scientific Corporation (NSS) will diversify the company’s installed base across high-priority United States military programs.

Expanding C3ISR capabilities

Founded in 2001 in Kapolei, Hawaii, NSS specializes in Command, Control, Communications, Intelligence, Surveillance, and Reconnaissance (C3ISR) hardware. The acquisition brings high-power radio frequency (RF) amplifiers, transmitters, next-generation antennas, and electronically scanned arrays into the GALT Aerospace product line.

These components are currently integrated into several major military aviation platforms. Supported aircraft include the Northrop Grumman E-2D Advanced Hawkeye, the Boeing E-3 Sentry, and the Boeing EA-18G Growler. The hardware also supports the Multifunctional Information Distribution System Joint Tactical Radio System (MIDS JTRS).

Alongside its Hawaiian headquarters, NSS recently established a manufacturing center in Oklahoma City, Oklahoma, to support production demands.

Strategic integration and defense contracts

The acquisition aligns with Godspeed Capital’s stated goal of building GALT Aerospace into a foundational defense technology platform. NSS holds established relationships with key defense organizations, including the U.S. Air Force, Naval Air Systems Command (NAVAIR), Naval Sea Systems Command (NAVSEA), and the Office of Naval Research (ONR).

“This acquisition represents another meaningful step in building a market-leading defense technology platform and diversifying GALT’s program base within a highly strategic and complementary customer set,” said Mike Roualet, Principal at Godspeed Capital.

GALT Aerospace CEO John Kohut stated the company intends to leverage the NSS team to deliver high-reliability C3ISR solutions to the national security community.

AirPro News analysis

While the official announcement headline characterized the transaction as a “Strategic Partnerships,” the body of the release and statements from Godspeed Capital explicitly define the move as an acquisition. We view this as standard private equity terminology management, where buyouts are often framed as partnerships to maintain continuity at the acquired firm. The rapid execution of this purchase, coming just three months after Godspeed Capital acquired GALT Aerospace, indicates an aggressive roll-up strategy aimed at consolidating mid-tier C3ISR suppliers for the U.S. Department of Defense.

Sources: GALT Aerospace via Business Wire