L3Harris Technologies has completed initial inspections on the first of four Royal Moroccan Air Force (RMAF) Lockheed Martin C-130H Hercules aircraft, advancing a multi-year modernization program scheduled to run through 2029. The aircraft is now undergoing active maintenance, structural repairs, and digital avionics upgrades at the company’s modification facility in Waco, Texas.

The milestone, announced in an August 28, 2026, press release, marks the operational beginning of a contract originally awarded in July 2025. The modernization effort is designed to extend the operational life of the RMAF legacy tactical airlift fleet, providing advanced digital capabilities at a fraction of the cost of replacing the aircraft.

Fleet modernization timeline and scope

The first RMAF C-130H arrived at the Waco facility in November 2025. Following the completion of the inspection phase in August 2026, technicians began installing a digital engine display upgrade. The program will eventually equip the aircraft with a complete digital cockpit and a Collins APS-7000 digital autopilot system.

L3Harris outlined a staggered induction schedule for the remaining aircraft. The second RMAF C-130H is scheduled to arrive at the Texas facility in the fall of 2026. A third aircraft is slated for induction in late 2026 and will receive the full avionics upgrade package.

In a July 2025 statement regarding the initial contracts award, Jason Lambert, president of Intelligence, Surveillance and Reconnaissance at L3Harris, highlighted the operational goals of the agreement.

“By leveraging our team’s proven avionics expertise, we will deliver scalable modifications to enhance C-130 performance and fleet longevity,” Lambert said.

The company has previously demonstrated its C-130 modification capabilities by delivering 10 modernized aircraft ahead of schedule to the United States Coast Guard.

Strategic implications for Morocco and L3Harris

The C-130H upgrades align with broader investments by the Moroccan government in its military aviation infrastructure. According to reporting by Africa Defense Forum, Morocco broke ground on a new maintenance hangar at Benslimane Airport in November 2025. The facility is designed to service RMAF F-16 and C-130 aircraft, reflecting a national push to increase domestic maintenance capabilities and support modernized air assets.

For L3Harris, the RMAF contract serves as a foundational direct commercial sale that supports broader international and domestic ambitions. According to a June 2026 report by Janes, L3Harris Vice President and General Manager of the Modernization and Modifications Group Sean Ling noted that the company is using its international modernization work to position itself for United States Air Force C-130H upgrades, specifically targeting the Avionics Modernization Program (AMP) Increment 2.

AirPro News analysis

We view the RMAF modernization program as a highly pragmatic approach to military-aircraft fleet management. Upgrading legacy C-130H airframes with digital avionics provides a substantial capability increase without the heavy capital expenditure required to procure new-build C-130J Super Hercules aircraft.

The integration of modern digital autopilots and glass cockpits directly addresses component obsolescence, which is a primary driver of reduced mission capability rates in older tactical airlift fleets. By replacing analog systems with digital equivalents, operators can reduce maintenance downtime and improve aircraft availability for tactical airlift, humanitarian assistance, and special operations. Furthermore, L3Harris successfully executing this contract on schedule will likely strengthen its competitive position as other international operators evaluate similar life-extension programs for their aging Hercules fleets.

Sources: L3Harris Technologies (August 2026)

The Air Force Life Cycle Management Center (AFLCMC) has awarded Pacific Defense and its affiliate Perceptronics Solutions a Small Business Innovation Research (SBIR) Phase III contract to integrate artificial intelligence and machine learning into airborne electronic warfare systems.

Announced in a press release on August 31, 2026, the 12-month contract focuses on maturing algorithms designed to operate in contested electromagnetic spectrum environments. The U.S. Air Force (USAF) aims to accelerate threat response times from human speed to machine speed by integrating these capabilities into Pacific Defense’s Sensor Open Systems Architecture (SOSA) aligned product line.

Advancing airborne electronic warfare capabilities

The program will validate operational performance through airborne demonstrations on representative USAF platforms. These demonstrations will utilize a fully Open Mission Systems (OMS) compliant architecture, ensuring the new technology can interface seamlessly with existing military networks.

Frank Pietryka, vice president of electronic warfare, signals intelligence, and autonomy at Pacific Defense, outlined the strategic intent behind the integration.

“The Air Force is advancing open architecture systems to detect and identify electromagnetic emissions from the air, enabling real-time understanding of the electromagnetic spectrum (EMS) in contested environments. Modern AI/ML algorithms overcome the limitations of legacy systems to counter modern threats.”

Accelerating decision superiority

Primary work for the contract will be performed at Pacific Defense and Perceptronics facilities in Nashua, New Hampshire; El Segundo, California; and Fairfax, Virginia. The engineering effort centers on operationalizing artificial intelligence for warfighters who must navigate congested radio frequency environments.

Elan Freedy, general manager of Perceptronics Solutions, emphasized the operational impact of the technology on tactical timelines.

“This program accelerates how advanced AI can be brought directly into the hands of operational units. By combining modern AI techniques with open-architecture EW systems, we’re helping operators maintain decision superiority in environments where milliseconds matter.”

Building on prior open architecture contracts

This SBIR Phase III award follows a series of related contracts for Pacific Defense and Perceptronics. On December 11, 2025, the AFLCMC awarded the companies $9.94 million to advance modular system capabilities aligned to the SOSA technical standard for airborne electronic warfare and signals intelligence missions.

More recently, on July 8, 2026, Pacific Defense secured an $18.4 million contract from the Office of Naval Research for the delivery and integration of networked SOSA systems and signal processing software suites.

AirPro News analysis

The transition from SBIR Phase II to Phase III represents a critical hurdle in defense procurement, moving technology from research and development into commercialization and operational fielding. We view this award as a strong indicator of the Department of Defense’s commitment to the SOSA and OMS standards. By mandating open architectures, the USAF is actively dismantling vendor lock-in, allowing specialized firms to integrate advanced machine learning algorithms directly into frontline platforms. The emphasis on “machine speed” decision-making reflects a broader tactical shift to counter near-peer adversaries who are increasingly contesting the electromagnetic spectrum.

Sources: Pacific Defense Press Release

On August 30, 2026, the first serial-production HÜRJET advanced jet trainer completed its maiden flight in Ankara, Türkiye, marking the program’s transition from prototype testing to active manufacturing. The aircraft is the first of an initial six-unit batch destined for the Turkish Air Force Command, where it will eventually replace the service’s aging fleets of Northrop T-38 Talon trainers and Northrop F-5 aircraft.

Turkish Aerospace Industries (TUSAŞ) announced the milestone via an official statement, timing the flight to coincide with the 104th anniversary of Türkiye’s Victory Day. The manufacturer noted the flight represents a critical step toward operational service, with formal deliveries to the Turkish Air Force targeted to begin by the end of 2026.

Transition to serial production

The serial-production aircraft flew for 18 minutes following a series of ground and taxi evaluations, according to reporting by ShiftDelete. During the sortie, the new jet was accompanied by the original HÜRJET prototype. That initial test aircraft has logged approximately 340 flights since its own maiden flight in April 2023, as noted by Aviacionline and The Defence Blog.

The Presidency of Defense Industries (SSB) oversees the procurement program. SSB President Haluk Görgün confirmed the successful flight and praised the engineering teams involved in the development.

“The first HÜRJET to be delivered to our Air Forces Command successfully completed its maiden flight after ground and taxi tests. The will that carried our independence to victory will continue to soar on the wings of our national aviation today,” Görgün stated, according to a translation by Daily Sabah.

Powered by a General Electric F404 engine, the HÜRJET is designed to reach a top speed of Mach 1.4 and operate at a service ceiling of 45,000 feet.

Export milestones and production ramp-up

Beyond domestic procurement, TUSAŞ is positioning the HÜRJET for the international market. The manufacturer is preparing to scale its assembly line to produce two aircraft per month once serial production is fully optimized.

The platform recently secured its first export commitment from a NATO member. According to The Defence Blog, Spain has agreed to purchase 30 HÜRJET aircraft to replace its own fleet of Northrop F-5s. TUSAŞ CEO Mehmet Demiroğlu indicated that a finalized supply contract covering up to 45 aircraft, valued at an estimated $3.6 billion, is expected in the near future.

AirPro News analysis

The successful flight of a customer-configured HÜRJET demonstrates that TUSAŞ is maintaining momentum on its aggressive development timelines. Transitioning from prototype to serial production in just over three years is a notable achievement for a clean-sheet advanced jet trainer. The pending Spanish export order is particularly significant. Selling a trainer to a NATO air force validates the platform’s capabilities against established Western competitors and provides critical revenue to sustain the planned production rate of two airframes per month. We expect TUSAŞ to leverage this NATO footprint to market the HÜRJET to other allied nations facing similar T-38 and F-5 replacement cycles.

Sources: Turkish Aerospace Industries (TUSAŞ)