This article summarizes reporting by Daily Sabah.

On May 5, 2026, Turkish Aerospace Industries (TAI) and U.S.-based GE Aerospace finalized a formal agreement to supply F404 turbofan engines for Türkiye’s Hürjet aircraft. According to reporting by Daily Sabah, this deal officially transitions the Hürjet advanced jet trainer and light combat aircraft program from its prototype phase into serial production.

The comprehensive contract encompasses engine supply, integration, and long-term cooperation on maintenance, repair, and overhaul (MRO) processes. It also secures GE Aerospace’s technical support for upcoming prototype flight testing, cementing a critical propulsion system necessary for both domestic operations and international export.

This milestone builds upon a nearly 40-year strategic Partnerships between the two aerospace entities. As noted in the source report, this relationship previously led to the establishment of the TUSAŞ Engine Industries (TEI) joint venture in 1985, which has since become a major regional aerospace hub.

The Hürjet Program and Technical Specifications

Transitioning to Serial Production

Initiated in 2017, the Hürjet is Türkiye’s first domestically produced manned jet trainer and light combat aircraft. The platform successfully completed its Maiden-Flight on April 25, 2023, and had logged over 210 test flights by mid-2025, as detailed in the Daily Sabah report.

The aircraft is designed to replace the Turkish Air Force’s aging fleet of Northrop T-38 Talon trainers and the F-5 jets currently utilized by the Turkish Stars aerobatic team. Beyond advanced jet training, the Hürjet is fully capable of executing close air support and light combat missions.

Platform Capabilities

Technical specifications provided in the report highlight a modern, versatile airframe. The Hürjet measures 13.6 meters (44.6 feet) in length with a wingspan of 9.5 meters (31.1 feet). It boasts a maximum speed of Mach 1.4, a service ceiling of 45,000 feet, and a payload capacity of 3,400 kilograms (7,500 pounds).

Additional features include a single-engine configuration, a tandem-seat cockpit, a full-authority digital fly-by-wire flight control system, modern Avionics, and in-flight refueling capabilities.

The F404 Engine and Strategic Partnership

A Proven Propulsion System

To meet these rigorous performance metrics, TAI selected the GE F404 turbofan engine. Producing approximately 17,700 pounds of thrust with the afterburner engaged, the F404 is a combat-proven system. According to the provided research, the engine is currently in service or on order with 16 different countries, powering notable aircraft such as the Boeing F/A-18 Hornet, South Korea’s KAI T-50, and India’s HAL Tejas.

The formalization of this contract follows two preliminary Memoranda of Understanding (MoUs) signed at the 2024 Farnborough Airshow and the 17th International Defense Industry Fair (IDEF) in Istanbul in July 2025.

Leadership Perspectives

Industry leaders emphasized the strategic importance of the finalized deal in official statements.

“[The] Hürjet jet trainer aircraft represents a major step forward… and this agreement marks a critical milestone,” stated Mehmet Demiroğlu, President and CEO of TAI, according to the Daily Sabah report.

Rita Flaherty, Vice President for Global Sales and Business Development for Defense and Systems at GE Aerospace, noted the company was “honored by TAI’s trust in GE Aerospace as a propulsion partner.”

Global Implications and Export Potential

Expanding International Reach

The integration of a globally recognized engine like the F404 provides a significant logistical advantage for foreign buyers, as it easily slots into existing global supply chains. This is particularly relevant given the Hürjet’s growing international interest.

In July 2025, TAI signed a partnership agreement with Airbus to export up to 30 Hürjet advanced jet trainers to the Spanish Air and Space Force, intended to replace their aging SF-5M fleet, as highlighted in the source reporting.

AirPro News analysis

We note that securing a finalized engine contract is a vital de-risking step for TAI’s serial production timeline. While the F404 is highly reliable, the broader aerospace sector has recently faced heightened scrutiny due to global supply chain bottlenecks. Furthermore, Türkiye’s reliance on U.S.-supplied engines, such as the F404 for the Hürjet and the F110 for the initial prototypes of the 5th-generation KAAN fighter, requires navigating complex geopolitical dynamics, including U.S. congressional export license approvals. Finalizing this deal provides much-needed stability and predictability for the program’s immediate future and export viability.

Frequently Asked Questions (FAQ)

• What is the Hürjet? It is Türkiye’s first domestically produced manned jet trainer and light attack aircraft, designed by Turkish Aerospace Industries (TAI).
• Which engine powers the Hürjet? The aircraft is powered by the GE Aerospace F404 turbofan engine, which produces approximately 17,700 pounds of thrust.
• When did the Hürjet first fly? The aircraft successfully completed its maiden flight on April 25, 2023.
• Are there any international buyers for the Hürjet? Yes, TAI signed an agreement in July 2025 to export up to 30 Hürjets to the Spanish Air and Space Force.

Sources

• Daily Sabah

This article summarizes reporting by The Defense Post and comprehensive industry research.

In May 2026, Romania’s parliament formally authorized a comprehensive $9.74 billion military modernization initiative, prominently featuring a $1 billion investment to acquire 12 Airbus H225M Caracal helicopters. According to reporting by The Defense Post and detailed industry research, this procurement represents a definitive shift in the Eastern European nation’s defense strategy.

The helicopter acquisition is being financed entirely through the European Union’s Security Action for Europe (SAFE) mechanism. By utilizing this funding pathway and coordinating the purchase through the French defense procurement agency, Romania is prioritizing immediate operational readiness and NATO interoperability over domestic manufacturing protectionism.

This strategic modernization aims to replace the country’s rapidly aging fleet of Cold War-era rotary-wing aircraft. The broader $9.74 billion package also includes the procurement of armored vehicles and 12 air surveillance radars, widely understood by industry analysts to be Thales GM200 systems, underscoring a massive overhaul of Romania’s defensive posture.

The Fleet Renewal Crisis and Industrial Debate

Overcoming the Capability Deadlock

Romania currently relies on a legacy fleet of 57 IAR-330 Puma helicopters. These aircraft were manufactured locally under a French license during the 1970s. Research data indicates that these airframes are now reaching the absolute limits of their economical and operational viability, suffering from increasing maintenance burdens and declining availability rates.

In late 2025, the effort to replace this fleet encountered a structural deadlock. Airbus initially proposed a production license that would allow Romania to assemble the older H215M helicopter model at the state-owned IAR Brașov facility. However, the Romanian Armed Forces firmly rejected the H215M. Military leadership argued that the older platform was outdated and insufficient for modern combat requirements, expressing a strong preference for the highly advanced H225M Caracal.

The impasse was resolved when Romanian Defense Minister Radu Miruță publicly clarified the government’s position. He stated that the administration could not compel the military to accept an inferior aircraft solely to secure domestic manufacturing jobs. Consequently, operational necessity prevailed, and the H225M was explicitly added to the EU SAFE funding list in January 2026.

Technical Superiority of the H225M Caracal

A Leap in Operational Capability

The H225M, formerly designated as the Eurocopter EC725, is the most advanced iteration of the Super Puma family. Equipped with twin Safran Makila 2A1 turboshaft engines, the helicopter delivers a critical power margin necessary for demanding high-altitude, hot-weather, and extreme maritime missions.

According to technical specifications outlined in the sourced research, the aircraft boasts a maximum takeoff weight exceeding 11 tons. It is capable of transporting up to 28 fully equipped soldiers or carrying a 5.25-ton payload. This represents a substantial upgrade over the older H215M, which is limited to 24 soldiers and a 4.25-ton payload.

The platform features a state-of-the-art glass cockpit equipped with four large multifunction displays, a four-axis automatic flight control system, energy-absorbing landing gear, and self-sealing fuel tanks. It is fully compatible with night-vision goggles and offers immense multi-role versatility. The Romanian Air Force will be able to deploy the H225M for tactical transport, combat search and rescue (CSAR), medical evacuation (MEDEVAC), and special operations. Furthermore, the aircraft can be integrated with the Airbus HForce weapon management system, enabling the use of ballistic weapons and precision-guided air-to-ground missiles.

Economic Implications and Future Options

Securing Local Industrial Participation

While the initial batch of 12 H225M helicopters will not be manufactured from scratch within Romania, active efforts are underway to ensure meaningful participation for the local aerospace economy. On March 12, 2026, Airbus and the Romanian state-owned aerospace firm IAR Brașov hosted a business-to-business matchmaking event in Ghimbav, Brașov county.

Discussions at this event focused on integrating Romanian Tier-1 suppliers into the broader H225M supply chain, specifically for engine components, electronics, and aerostructures. There is also a concerted push to establish a long-term maintenance, repair, and overhaul (MRO) hub within the country.

“Full industrial cooperation will be implemented following an order of 42 units,”

This statement from Georges Durdilly, General Manager of Airbus Helicopters in Romania, was cited in the provided industry research, leaving the door open for deeper manufacturing ties in the future.

Romania has secured an option to significantly expand its helicopter fleet after 2030. The nation may acquire up to 30 additional helicopters, potentially a mix of H225M and older H215M variants, for an estimated $2.35 billion. Unlike the initial batch, this future expansion would be funded directly through Romania’s national budget.

Strategic and Geopolitical Context

AirPro News analysis

We observe that Romania’s decision to utilize the EU SAFE mechanism highlights a rapidly accelerating trend of European defense integration. By partnering with the French procurement agency and adhering to the strict rules of EU SAFE funding, Romania effectively sidelined non-European alternatives. Notably, this excluded the US-made Black Hawk, which is produced regionally in neighboring Poland, in favor of strictly European industrial cooperation.

As a frontline state on NATO’s eastern flank, modernizing rotary-wing assets is paramount for Romania’s strategic posture. The acquisition of the H225M ensures seamless interoperability with allied forces. The helicopter is already in active service with several NATO partners, including France and Hungary, the latter of which operates a fleet of 16 Caracals. Ultimately, this procurement is a decisive step in securing the volatile Black Sea region, prioritizing rapid deployment, disaster response, and maritime support capabilities over localized industrial politics.

Frequently Asked Questions

How much is Romania spending on the new helicopters?

Romania is investing $1 billion to acquire 12 Airbus H225M Caracal helicopters. This specific procurement is financed entirely through the European Union’s Security Action for Europe (SAFE) funding program.

What is the total value of Romania’s military modernization package?

The broader military procurement program, officially approved by the Romanian parliament in May 2026, is valued at $9.74 billion. In addition to the helicopters, it includes armored vehicles and 12 air surveillance radars.

Why did the Romanian military reject the H215M?

The Romanian Armed Forces rejected the H215M model because they considered it an outdated platform that fell short of modern combat requirements. They strongly preferred the more advanced, capable, and versatile H225M Caracal.

Sources: The Defense Post, Industry Research Report

This article is based on an official press release from Lockheed Martin, supplemented by industry research.

As the U.S. Army pushes its forces toward rapid, multidomain operations under the Army Transformation Initiative, Sikorsky is accelerating a comprehensive suite of upgrades for the UH-60 Black Hawk. According to a recent press release from Lockheed Martin, Sikorsky’s parent company, the goal is to transition the proven Helicopters from a traditional transport asset into a future-ready, network-centric node.

This modernization effort, often referred to in industry research as “Black Hawk Next,” integrates higher-output engines, digital architecture, and advanced Autonomy systems. The resulting platform is designed to act as an autonomous hub for Drones and a seamless partner to next-generation aircraft, including the F-35 and the newly designated MV-75 Cheyenne II.

By building on lessons learned since the introduction of the UH-60M model in 2006, Sikorsky and the Army aim to deliver a helicopter that carries more payload, flies farther, and requires less maintenance in austere environments.

The “Black Hawk Next” Evolution

Powering Up with the T901 Engine

A cornerstone of the Black Hawk’s modernization is the integration of the GE Aerospace T901 engine, developed under the Army’s Improved Turbine Engine Program (ITEP). According to the Lockheed Martin press release, this new engine provides up to 50 percent more shaft power while delivering significantly higher fuel efficiency compared to legacy systems.

Flight testing for the T901-equipped Black Hawk began in May 2025. A collaborative team of Army and industry test pilots has been validating the aircraft’s performance ever since. Lockheed Martin reported that as of April 2, 2026, the flight test campaign had successfully completed 22 flights, accumulating 29.7 flight hours and 39.7 ground test hours, while reaching a maximum pressure altitude of 17,000 feet.

Autonomy and the H-60Mx

Beyond raw power, the Black Hawk is receiving a massive digital overhaul. Industry research indicates that on March 19, 2026, the Army took delivery of its first optionally piloted Black Hawk, designated the H-60Mx. This variant replaces traditional mechanical flight controls with electronic “fly-by-wire” systems, utilizing Sikorsky’s MATRIX™ autonomy software.

The MATRIX™ system, developed over a decade in partnership with DARPA under the Aircrew Labor In-Cockpit Automation System (ALIAS) program, allows the H-60Mx to be flown by a traditional crew, operated remotely via a tablet, or flown fully autonomously from takeoff to landing.

“The ALIAS program has successfully developed and demonstrated a powerful, flexible automation architecture that is now poised to provide the U.S. Army with a significant operational edge,” stated Stuart Young, DARPA’s ALIAS Program Manager, according to industry reports.

Strategic Benefits for the Warfighter

Expanding the Operational Envelope

The 50 percent power increase provided by the T901 engine translates directly into field-ready capabilities. The Lockheed Martin release notes that the upgraded Black Hawk can transport additional fuel or heavier payloads, such as launched effects (drone swarms), medical evacuation litters, forward area resupply loads, or advanced sensor packages, without compromising aircraft performance.

Furthermore, the engine’s enhanced performance in high-altitude and high-temperature conditions expands the helicopter’s operational envelope, giving commanders greater flexibility for insertion, extraction, and reconnaissance missions in challenging environments.

“The modernized Black Hawk with an upgraded engine is more than a power upgrade; it’s a catalyst for mission command flexibility. Our warfighters will be able to carry the right equipment, to the right place, faster and with fewer sustainment constraints,” said Ken Demaree, vice president of Army and Air Force Systems at Sikorsky, in the company’s press release.

Reducing the Logistical Footprint

In expansive theaters like the Indo-Pacific, logistical efficiency is critical. The higher fuel efficiency of the T901 engine reduces the number of required refueling stops, extending mission endurance and shrinking the fuel footprint at forward operating bases.

Additionally, the modernization includes a Modular Open Systems Approach (MOSA) and a “digital twin” system. According to industry research, this digital architecture predicts component health, optimizing maintenance schedules and reducing unplanned downtime, which lessens the supply chain burden in contested environments.

Looking Ahead: Multi-Year XI and Beyond

The ongoing modernization efforts are expected to culminate in further procurement. Industry research highlights that Sikorsky and the U.S. Army are currently tracking the “Multi-Year XI” contract, anticipated to be awarded in late 2026. This contract would cover the production of UH-60Ms from 2027 to 2032.

Simultaneously, the Army’s Strategic Autonomy Flight Enabler (SAFE) program is using the newly delivered H-60Mx as a testbed to develop a universal autonomy kit that could eventually be retrofitted across the Army’s existing fleet of hundreds of Black Hawks.

“We share a common vision with the U.S. Army: to support our warfighters with a modernized Black Hawk fleet that can carry more, fly farther and stay mission ready longer,” said Rich Benton, Sikorsky vice president and general manager, in the official release. “These capabilities expand the helicopter’s role from a transport asset to a networked battlefield node, essential for the Army’s vision of a connected, all domain fight.”

AirPro News analysis

We note that the Army’s rotary-wing strategy is undergoing a fascinating bifurcation. With the Army officially designating the Bell V-280 Valor as the MV-75 Cheyenne II on April 15, 2026, some observers previously speculated that the Black Hawk’s days were numbered. However, the data and strategic posturing suggest otherwise. Instead of a direct one-to-one replacement, the Army is positioning the MV-75 for high-speed, long-range assault missions, while repurposing the modernized Black Hawk as a versatile, lower-tier autonomous node. By equipping the UH-60M with fly-by-wire autonomy and the ability to launch drone swarms mid-air, the Army is ensuring the Black Hawk remains a critical, networked asset well into the 2040s and beyond.

Frequently Asked Questions

What is the “Black Hawk Next” initiative?

It is a comprehensive modernization program by Sikorsky and the U.S. Army to upgrade the UH-60M Black Hawk with a new GE Aerospace T901 engine, digital architecture, and advanced fly-by-wire autonomy, transforming it into a networked battlefield node.

How much more power does the new engine provide?

According to Lockheed Martin, the GE Aerospace T901 engine provides up to 50 percent more shaft power and significantly higher fuel efficiency compared to the legacy engines.

Will the Black Hawk be replaced by the MV-75 Cheyenne II?

Not entirely. While the MV-75 Cheyenne II will take over future long-range assault missions, industry research indicates the Army plans to fly the modernized Black Hawk alongside the MV-75 into the 2040s and potentially beyond, utilizing it for lower-tier air domain missions and as an autonomous drone hub.

Sources:
Lockheed Martin Press Release