Army designates new VTOL aircraft as Cheyenne II, honoring native American heritage

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Bell Textron Inc. announced Wednesday that the U.S. Army has officially designated the MV-75 aircraft as the Cheyenne II. The naming ceremony marks a significant milestone in the development of the multi-mission vertical takeoff platform and continues a long-standing military tradition.

The designation "Cheyenne II" honors the heritage of the Cheyenne people, specifically the two federally recognized nations: the Northern Cheyenne Tribe in Montana and the Cheyenne & Arapaho Tribes in Oklahoma. The U.S. Army has a historical practice of naming its rotary-wing and vertical-lift assets after Native American tribes, a tradition intended to reflect the spirit and history of those nations.

The Mission Design Series (MDS) designation, first revealed in 2025, carries historical weight for the service. The "MV" prefix signifies its role as a multi-mission vertical takeoff aircraft, while the "75" serves as a tribute to 1775, the founding year of the U.S. Army.

From a technical and strategic perspective, the Cheyenne II is designed to provide capabilities that exceed the limitations of current rotorcraft. According to Bell, the aircraft focuses on four key pillars: speed, range, lethality, and adaptability. These features are intended to enable commanders to rapidly mass combat power while operating at ranges that reduce exposure to modern anti-aircraft threats.

A central feature of the Cheyenne II is its Modular Open Systems Approach. This architectural framework is designed to ensure the platform remains technologically relevant by allowing for easier software and hardware upgrades as battlefield requirements evolve. By utilizing this approach, the Army aims to reduce long-term maintenance costs and streamline the integration of new sensors or weapons systems.

Bell and the U.S. Army confirmed that the program remains on schedule. Engineering teams are currently advancing toward delivering the first flight-test aircraft. For Bell Textron, a subsidiary of Textron Inc., the successful progression of the Cheyenne II program represents a critical component of its international defense portfolio and long-term partnership with the Department of War.

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Growing list of Airbus A320 aircraft slated for disassembly

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GA Telesis, LLC, a global provider of commercial aviation and aerospace lifecycle solutions, announced on Wednesday that it has acquired two Airbus A320neo aircraft. Both aircraft, which are less than five years old, are scheduled for immediate teardown to bolster the company’s inventory of next-generation flight components.

The disassembly program is designed to generate a comprehensive portfolio of A320neo parts for integration into the GA Telesis Ecosystem.

Following the teardown, the recovered assets will undergo induction and certification processes. Once certified, the components will be strategically managed through GA Telesis’ international distribution and Maintenance, Repair, and Overhaul network. This move aims to ensure both immediate and long-term availability of parts for commercial airline operators globally.

A key aspect of this initiative involves direct collaboration with Original Equipment Manufacturers. GA Telesis intends to work with these partners to develop and deploy high-technology repair solutions. These collaborations focus on extending component life and improving the mechanical reliability of the A320neo platform, which is expected to lower total lifecycle costs for airline customers.

GA Telesis reports that more than 90 percent of the material processed through its disassembly and asset management platforms is eventually reused on other aircraft.

By prioritizing the reuse of existing high-tech components, the company aims to reduce the need for new manufacturing and lower the carbon intensity of global fleet maintenance.

This latest move by GA Telesis highlights a growing trend in the aviation industry in which relatively young aircraft are harvested for parts to support the global fleet’s transition to more fuel-efficient, next-generation technology. As the A320neo remains one of the most widely used aircraft in commercial aviation, the availability of certified used components is expected to be critical to maintaining global flight schedules.

APOC Aviation

In early April, APOC Aviation, a trading and leasing specialist for aircraft parts, engines and landing gear, purchased aircraft MSN 4533 from FTAI for teardown. Most recently operated by Jetstar Pacific Airlines, this 15-year-old A320-200 airframe will be dismantled next month at the Tarmac Aerosave Toulouse-Francazal facility in France.

The deal with FTAI was coordinated by Karolis Jurkevičius, VP Landing Gear & Major Assets at APOC Aviation.

EirTrade Aviation

In February, EirTrade Aviation, a global aviation asset management and trading company headquartered in Dublin, concluded the acquisition of two A320neos, previously operated by Spirit Airlines, in partnership with Chicago-based aviation and rail lessor, RESIDCO.

The aircraft – MSN 10769 and MSN 10921 – are only 4 and 3.5 years old, respectively, and will be among the youngest Airbus A320neo airframes ever to be torn down.

Disassembly will take place in Goodyear, Ariz., and all parts will go to EirTrade’s parts hub in Dallas to support requests across the Americas, bolstering EirTrade’s global inventory on the platform.

According to EirTrade, there are currently over 4,400 A320neo aircraft in commercial service, with a further 7,200 on order, and this excludes the in-service fleet of 6,500 CEO aircraft, many of whose components are interchangeable.

EirTrade confirms that disassembly of the airframes is already underway, and all parts will be repaired and the material made available to the market.

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T’way Air boosts regional reach with aircraft delivery from CDB Aviation

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CDB Aviation, a Dublin-based aircraft leasing subsidiary of China Development Bank Financial Leasing Co., Ltd., announced on Tuesday the delivery of a second Boeing 737-8 aircraft to South Korean carrier T’way Air.

This delivery marks the latest expansion of the partnership between the two companies. T’way Air, a prominent low-cost carrier based in Seoul, currently operates two 737-8 aircraft leased from the CDB Aviation portfolio.

The newly delivered aircraft is configured to accommodate 189 passengers in a single-class economy layout. It is powered by CFM LEAP-1B27 engines, an engine variant widely noted for its fuel efficiency and reduced noise emissions compared to previous generations of narrow-body aircraft.

“We’re pleased to be further expanding our collaboration with T’way, one of the fastest growing carriers in South Korea, with this transaction for the MAX Family aircraft,” commented Jie Chen, CDB Aviation Chief Executive Officer. “This transaction was one of the rare MAX skyline placement campaigns in the region that effectively leveraged the strength of our leasing platform and access to new-gen aircraft to support T’way’s fleet renewal and regional network expansion plans.”

“We are delighted to receive this high-efficiency aircraft from our valued partner, CDB Aviation,” stated Sang Yoon Lee, Chief Executive Officer and Representative Director at T’way. “This delivery is a meaningful milestone in our fleet renewal plan, enabling us to enhance operational efficiency, offer improved in-flight experiences, and pursue more sustainable operations,”

“As we continue to grow our global footprint, building trusted relationships with airlines across all key markets is central to our efforts. The teams on both sides have worked together to build a strong partnership between our companies, executing on the potential deal opportunities that enable T’way to transition to the new-generation aircraft and to focus on the APAC regional routes,” concluded Chen.

Kaohsiung-Busan route expands Taiwan network

To connect travelers in Taiwan with more destinations in Korea, T’way Air currently operates eight routes, including the Kaohsiung–Busan route, which launched on March 29.

• Taipei (Songshan) – Seoul (Gimpo)
• Taipei (Taoyuan) – Jeju
• Taipei (Taoyuan) – Daegu
• Taichung – Seoul (Incheon)
• Kaohsiung – Seoul (Gimpo)
• Kaohsiung – Seoul (Incheon)
• Kaohsiung – Jeju
• Kaohsiung – Busan

Seoul offers a wide range of cultural attractions and modern city experiences, while Daegu and Busan provide additional regional options with distinctive local character. Jeju is also accessible via direct flights from Taiwan, offering travelers greater flexibility when planning multi-city itineraries.

Since its establishment in 2010, T’way Air has grown steadily, now serving 60 destinations worldwide across East Asia, Southeast Asia, Central Asia, Oceania, Europe, and North America. The airline operates a modern fleet comprising Boeing 737-800 and 737 MAX 8, Airbus A330 and A320, and Boeing 777-300ER aircraft.

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US Marines seek private contractor to fly foreign adversary aircraft for combat training

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The United States Marine Corps is seeking a private contractor to provide aircraft and services that replicate the flight characteristics, capabilities, and limitations of foreign adversaries. The request includes manned and unmanned rotary- and fixed-wing aircraft capable of participating in Marine Corps training.

The objective of this effort is to provide direct instruction and realistic tactical exposure to Marine Aviation Weapons and Tactics Squadron One (MAWTS-1) instructor staff and prospective Weapons and Tactics Instructors (WTIs). To fulfill this requirement, the Marine Corps seeks a contractor to provide aircraft, associated systems, and qualified personnel to simulate a realistic Adversary Force (ADFOR). The contractor assets will participate in the flight execution phases of the Weapons and Tactics Instructor (WTI) course.

Weapons and Tactics Instructor (WTI) Course

MAWTS-1, located at Marine Corps Air Station, Yuma, Arizona, is the United States Marine Corps' premier advanced aviation training school. The primary mission of MAWTS-1 is to provide advanced Weapons and Tactics Training for the entirety of Marine Corps aviation. This training is also extended to joint and coalition forces.

The WTI Course consists of seven weeks of instruction broken into two phases: academic and flight.

Rotary-Wing Adversary Support

The rotary-wing foreign attack helicopter required to support this requirement shall serve as a realistic dissimilar aircraft with unique capabilities to support specific aircraft training. The aircraft shall be a Mi-24 HIND, Mi-17 HIP, or other foreign attack helicopter with comparable performance characteristics and capable of using tracking pods compatible with the Tactical Air Combat Systems range at Yuma.

The Mi-17 (NATO reporting name "HIP") is a Russian helicopter in production at two factories in Kazan and Ulan-Ude. It is known as the Mi-8M series in Russian service. It is a medium twin-turbine transport helicopter. There are also armed gunship versions.

The Mi-24 (NATO reporting name “HIND”) is a large helicopter gunship, attack helicopter, and low-capacity troop transport with room for eight passengers.

The rotary-wing attack helicopter shall participate in the following training:

Air and Missile Defense Operations: The attack helicopter, due to its size, flight profile, firepower, and defensive maneuvering capabilities, poses a unique threat, creating a realistic, dissimilar, and credible ADFOR that stresses the joint forces conducting Joint Air and Missile Defense Operations.

Close Air Support: The attack helicopter will act as an aggressor to interfere with the forces conducting Joint Close Air Support.

Fixed-Wing Adversary Support

The required aircraft is an L-39, SU-25, or another foreign fixed-wing platform capable of simulating a fixed-wing threat to rotary-wing aircraft or ground forces and equipped with tracking systems compatible with the Tactical Air Combat Systems range at Yuma.

Surrogate Unmanned Aerial System Adversary Support

The required aircraft is a light civil aircraft similar in form to a Shahed 136 one-way attack drone, capable of replicating a one-way attack against rotary-wing aircraft or ground forces, and compatible with the Tactical Air Combat Systems range at Yuma.

Pilot Requirements

The contractor shall demonstrate the capability of performing simulated attacks against ground-based air defenses, simulated attacks on friendly ground units, and offensive/defensive air combat maneuvers against rotary-wing, fixed-wing, and tilt-rotor aircraft.

Pilots shall have a minimum of 2,000 total flight hours and at least 250 hours of Pilot in Command flight time in their respective aircraft or 75 hours of Pilot in Command flight time in their respective aircraft and must be a graduate of the Marine Corps Weapons and Tactics Instructor course, the U.S. Navy Rotary-Wing Weapons School, or the U S Air Force 34th Weapons Squadron Course.

The contract period will be 12 months from the date of award, with four one-year option periods if exercised.

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Maryland demands answers after major jet fuel spill at home of Air Force One

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Joint Base Andrews (JBA) military officials are responding to an on-base fuel leak, which was identified when installation personnel discovered a visible sheen and fuel odors on Piscataway Creek within base boundaries on March 23.

The estimated amount of fuel loss reported is approximately 22,000 gallons, JBA said. However, the Maryland Department of the Environment (MDE) said it is investigating a leak of roughly 32,000 gallons of jet fuel at the base that began in January.

Environmental teams immediately initiated an investigation to identify the source of the release and mitigate its impacts. They notified the appropriate state and federal agencies, including the Environmental Protection Agency, National Response Center, and the Maryland Department of the Environment, and deployed mitigation measures to contain the fuel.

“The specific cause of the leak remains under investigation,” Joint Base Andrews said in a press statement.

The installation’s environmental team continues to actively implement mitigation measures to contain the release and prevent migration.

The fuel system remains shut down, and the active leak has been stopped. The installation continues to work closely with regulatory partners to ensure all appropriate steps are taken to address the release and protect surrounding waterways and ecosystems. The base is also coordinating with public health agencies to ensure the safety and well-being of the base population and surrounding communities.

Joint Base Andrews in Maryland serves as the home of Air Force One and provides critical support for the President of the United States, including secure transport, airfield operations, and security services.

The leaking portion of the system has been isolated and shut down while contractor Clean Harbors works to clean up the site and investigate the source of the failure, MDE said.

Some fuel eventually flowed into the Potomac River. “There is no threat to drinking water as intake pipes are upstream,” MDE said. “MDE is assessing the full scope of the impact to local waterways and collecting soil and water quality samples.”

Unacceptable Reporting

“While Maryland values its deep ties to federal defense installations across the state, contaminating Maryland’s land and water is unacceptable,” said Secretary of the Environment Serena Mcilwain. “The state and the local community deserve answers and a robust response.”

MDE says the base failed to promptly disclose leaks as required by its state oil permit and did not report the full extent of the discharge until April 8. Its leak detection system failed multiple times between January and March, yet MDE was not notified until odors and a fuel sheen were observed near the headwaters of Piscataway Creek on March 23. The contamination prevention system also failed twice in early April, when a containment dam collapsed during heavy rain.

The Air Force shut down the leaking portion of the base’s fueling system at the state’s direction and will not restart it until all relevant safety requirements are met. Other parts of the base’s fueling system remain fully operational. MDE has ordered the base to:

• Conduct an emergency soil investigation to find exactly where the fuel is traveling.
• Drill and install monitoring wells and remediate impacted soils.
• Provide daily updates on all cleanup progress. The base reports it captured 10,000 gallons of fuel before it reached Piscataway Creek.

MDE advises the public to avoid swimming, wading, or recreating in areas of Piscataway Creek where a petroleum sheen or odor is present, or near containment booms.

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MDA unveils new satellite to ‘guard’ critical assets in contested space

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Canada-based MDA Space Ltd. introduced its new space control platform, MDA MIDNIGHT, at the 41st Space Symposium in Colorado Springs on Sunday.

Designed to address the intensifying challenges of a contested orbital environment, the platform aims to provide defense organizations with advanced capabilities to protect, monitor, and maintain essential space assets.

As nations increasingly rely on satellites for both economic stability and national security, the demand for "bodyguard" satellites has grown.

The Secure World Foundation’s recent report on Global Counterspace Capabilities underscores this shift, noting that many countries are actively developing technologies to mitigate vulnerabilities in orbit. MDA MIDNIGHT is positioned to address these requirements by offering a maneuverable, mission-ready spacecraft capable of rapid configuration and deployment.

"With new and emerging threats from adversaries, the critical space infrastructure that we all depend on requires greater protection," said Mike Greenley, CEO of MDA Space. "Backed by 40 years of on-orbit robotics operations, decades of mission planning and satellite operations, advanced digital technologies and our high-volume commercial production capacity, MDA MIDNIGHT brings together the elements required for this critical mission, helping national and international defense organizations safeguard the space domain on which billions rely."

The platform utilizes high-reliability rendezvous and proximity operations to detect, identify, and deter threats. Beyond its defensive functions, MIDNIGHT is designed to support existing military operations through on-orbit surveillance, satellite refueling, and asset relocation. Its primary mission profile includes inspecting satellite status, detecting and mitigating electronic countermeasures, and de-orbiting non-operational assets.

Technologically, the platform integrates several of the company’s existing innovations, including MDA SKYMAKER robotics and the MDA AURORA satellite bus. These systems are supported by a flight-controller team with significant experience in executing complex on-orbit captures. For select defense clients, missions can be managed directly through MDA Space’s established Mission Control Centre.

The launch of MIDNIGHT comes at a time when space is increasingly recognized as a vital sovereign domain. In Canada, the federal government recently designated space as a key sovereign capability, a sentiment echoed by defense agencies globally.

Holly Johnson, vice president of Robotics and Space Operations at MDA Space, highlighted the company’s collaborative focus moving forward.

"As we bring this leadership to serve space defense customers, we are actively seeking military partnerships to collaborate on upcoming mission profiles and timing, as well as commercial payload partners to augment our suite of on-orbit capabilities," Johnson stated.

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Cutting-edge laser drone defense cleared by FAA: No undue risk to passenger flights

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The Federal Aviation Administration (FAA) and the Department of War (DOW) have completed a thorough safety assessment of a high-energy laser counter-drone system designed to eliminate threats in U.S. airspace. The assessment confirmed that appropriate safety controls are in place and that, while these systems are at the cutting edge of counter-drone technology, “they do not pose undue risk to passenger aircraft.” The FAA made the announcement in a press release on Friday.

The FAA and the DOW completed the safety assessment after observing demonstrations of the system last month. “This administration upholds the highest standard for safeguarding Americans and will build in this methodology from the start for systems employed in the U.S. Homeland,” the FAA said.

“The FAA’s top priority is protecting the safety of the American flying public, and we value the collaboration with the Department of War in that effort,” said FAA Administrator Bryan Bedford. “Following a thorough, data-informed Safety Risk Assessment, we determined that these systems do not present an increased risk to the flying public. We will continue working with our interagency partners to ensure the National Airspace System remains safe while addressing emerging drone threats.”

"This successful test showcases the significant advancements we’re making in counter-drone technology to ensure that our warfighters have the most advanced tools to defend the homeland," said U.S. Army Brigadier General Matt Ross, director of Joint Interagency Task Force 401 (JIATF 401). "By working hand-in-hand with the FAA and our interagency partners, the Department of War is proving that these cutting-edge capabilities are safe, effective, and ready to protect all air travelers from illicit drone use in the national airspace."

The DOW will continue to coordinate with the FAA to safely employ this system and ensure that civilian aircraft, pilots, navigation equipment, or air traffic services are not impacted.

Testing Event or Mexican Cartel Drone?

In February, El Paso International Airport was forced to close after a threat was detected in U.S. airspace. The Trump administration said the threat was a Mexican cartel drone that breached U.S. airspace. However, multiple news reports reported that the airspace closure was imposed because the Pentagon was testing new laser technology on a party balloon, which was initially mistaken for a drone.

Future Counter-Small Unmanned Aerial Systems

In no relation to the El Paso event, the Army’s JIATF 401 had already scheduled an industry day meeting in March to bring together defense contractors and technology firms to discuss Counter-Small Unmanned Aerial Systems. Registration for the meeting closed well ahead of schedule, underscoring surging demand in the defense sector.

In a statement, a task force representative said, “Thank you for your interest. Registration is now closed, as we have reached our maximum attendance capacity before the stated RSVP timeline.”

Labeled an “unclassified” meeting, the industry day was designed to foster collaboration between the private sector and the U.S. Department of War to counter small unmanned aerial systems.

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