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U.S. Army Names New Helicopter MV-75 Cheyenne II, Honoring Plains Tribes

U.S. Army Names New Helicopter MV-75 Cheyenne II, Honoring Plains Tribes

The U.S. Army has officially named its new assault aircraft the MV-75 Cheyenne II, a nod to the Plains warrior history. This announcement was made during the Army Aviation Association of America's annual summit in Nashville, Tennessee, with members of the Northern Cheyenne Tribe and the Cheyenne and Arapaho Tribes present. The MV-75, developed by Bell Textron, is set to replace the UH-60 Black Hawk as the Army's primary assault helicopter. The aircraft combines the vertical agility of a helicopter with the speed and range of a fixed-wing aircraft, allowing it to fly twice as fast and far as the current fleet. The naming continues a tradition of using Native American names for military helicopters, a practice dating back to 1947.

Boeing Introduces GBU-75 Powered JDAM for Enhanced Naval Capabilities

Boeing Introduces GBU-75 Powered JDAM for Enhanced Naval Capabilities

Boeing has unveiled the GBU-75, a turbojet-powered Joint Direct Attack Munition Long Range (JDAM-LR) for the U.S. Navy. This new munition, demonstrated in early April, transforms a glide bomb into a powered weapon, allowing pilots to engage targets from safer distances. The GBU-75, equipped with a Kratos TDI TJ85 turbojet engine and a wingkit, achieved a range of approximately 200 nautical miles during tests. This development is part of the Navy's efforts to enhance its precision strike capabilities, providing greater standoff range in contested environments.

Joby Aviation and L3Harris Technologies to Demonstrate Hybrid eVTOL Aircraft for U.S. Army

Joby Aviation and L3Harris Technologies to Demonstrate Hybrid eVTOL Aircraft for U.S. Army

Joby Aviation, in collaboration with L3Harris Technologies, is set to demonstrate its S4-T hybrid-electric vertical-takeoff-and-landing (eVTOL) uncrewed aircraft for the U.S. Army. The demonstration will take place at Joby's plant in California. The S4-T, which first flew in November 2025, is designed for defense applications, offering capabilities such as reconnaissance, surveillance, and target acquisition. The aircraft features a turbine-hybrid propulsion system and is modular and scalable, allowing for various mission roles. The U.S. Army is exploring options to replace its current fixed-wing General Atomics MQ-1C Gray Eagle with a new Group 4+ short/vertical-takeoff-and-landing (S/VTOL) UAS, and Joby's S4-T is a contender in this initiative.

U.S. Army Seeks Autonomous Unmanned Ground Vehicles for Battlefield Support

U.S. Army Seeks Autonomous Unmanned Ground Vehicles for Battlefield Support

The U.S. Army is actively pursuing the development of autonomous unmanned ground vehicles (UGVs) to enhance logistical support and casualty evacuation on the battlefield. According to a recent government notice, these UGVs are intended to operate in the 'last tactical mile,' a critical and dangerous zone between support units and forward lines. This area is characterized by high vulnerability to enemy observation and attacks, making it essential for efficient resupply and medical evacuation operations. The Army's initiative aims to expand its fleet of ground drones, which have been in limited use for years, to meet the increasing demands of modern warfare. The UGVs are expected to transport cargo and evacuate at least two casualties without worsening their injuries, while autonomously navigating multiple terrains and integrating with military networks.

U.S. Army Seeks Autonomous Unmanned Ground Vehicle for Battlefield Support

U.S. Army Seeks Autonomous Unmanned Ground Vehicle for Battlefield Support

The U.S. Army is actively seeking an autonomous unmanned ground vehicle (UGV) to enhance battlefield logistics and casualty evacuation capabilities. According to a government notice, the UGV is intended to operate in the 'last tactical mile,' a perilous zone between support units and forward lines where supplies and casualties are most vulnerable to enemy attacks. The Army's interest in UGVs is driven by the need to mitigate risks to personnel and improve mission effectiveness in high-casualty environments, as evidenced by the ongoing conflict between Russia and Ukraine. The Army has been testing UGVs, such as the Hunter Wolf, which was recently used by the 101st Airborne Division in a training exercise. The UGVs are expected to transport cargo and evacuate at least two casualties autonomously, navigate without GPS, and integrate with military networks.

U.S. Army Seeks Autonomous Unmanned Ground Vehicle for Battlefield Operations

U.S. Army Seeks Autonomous Unmanned Ground Vehicle for Battlefield Operations

The U.S. Army is actively pursuing the development of an autonomous unmanned ground vehicle (UGV) to enhance battlefield logistics and casualty evacuation. According to a government notice, the UGV is intended to operate in the 'last tactical mile,' a critical area between support units and forward lines where supplies and casualties are most vulnerable to enemy observation and fire. The Army's initiative is driven by the need to navigate complex terrains without GPS, maintain a low signature, and integrate seamlessly with military networks. This development is influenced by the ongoing conflict between Russia and Ukraine, which has demonstrated the effectiveness of UGVs in reducing risks and increasing mission effectiveness.

US Army's Natick Soldier Systems Center Tests Gear for Extreme Conditions

US Army's Natick Soldier Systems Center Tests Gear for Extreme Conditions

The Natick Soldier Systems Center, known as the US Army's 'mad science lab,' conducts rigorous tests on military gear to ensure it can withstand extreme conditions. This includes burning uniforms, freezing equipment, and pushing soldiers to their limits. The center focuses on designing life-saving body armor, developing long-lasting meals ready-to-eat (MREs), and preparing for future conflicts, such as Arctic warfare and drone-filled battlefields. These tests are crucial for ensuring that soldiers are equipped with reliable gear that can perform in the harshest environments.

US Army's Natick Soldier Systems Center Conducts Extreme Gear Testing for Future Conflicts

US Army's Natick Soldier Systems Center Conducts Extreme Gear Testing for Future Conflicts

The US Army's Natick Soldier Systems Center is conducting rigorous tests on military gear to ensure its durability in extreme conditions. This includes burning uniforms, freezing equipment, and subjecting soldiers to harsh environments. The aim is to develop life-saving body armor, long-lasting meals ready-to-eat (MREs), and prepare for future conflicts that may involve Arctic warfare or drone-filled battlefields. The facility, often referred to as the Army's 'mad science lab,' is focused on ensuring that all equipment can withstand the toughest environments on Earth.

U.S. Army's HADES Spy Plane Set for First Delivery Amid Evolving Threats

U.S. Army's HADES Spy Plane Set for First Delivery Amid Evolving Threats

The U.S. Army is preparing to begin flight tests for its next-generation spy plane, the High Accuracy Detection and Exploitation System (HADES), this summer. The first units are expected to receive the aircraft later this year. This development follows a $1 billion contract awarded to Sierra Nevada Corporation to convert the Bombardier 6500 business jet into an advanced intelligence, surveillance, and reconnaissance platform. The HADES program aims to replace the Army's existing turboprop fleet with a more versatile and capable system. According to Andrew Evans, the director of strategy and transformation in the Army's headquarters intelligence office, the HADES system is designed to adapt to changing threats, with an open-ended capability that allows for continuous updates and improvements. The Army plans to deliver three prototypes, each with progressively advanced features, to ensure the system remains relevant and effective.

U.S. Army Considers Developing Its Own Aerial Refueling Capacity to Enhance Operational Flexibility

U.S. Army Considers Developing Its Own Aerial Refueling Capacity to Enhance Operational Flexibility

The U.S. Army is exploring the possibility of developing its own aerial refueling capacity, a move that could significantly enhance its operational flexibility and reduce logistical vulnerabilities. Currently, the Army relies on external resources for aerial refueling, particularly for its special operations helicopter crews, such as the MH-47 Chinooks and MH-60 Black Hawks. These helicopters largely depend on C-130s for refueling, which are in limited supply. Maj. Gen. Clair Gill, the commanding general of U.S. Army Aviation, has indicated that the Army is considering whether it needs to establish a requirement for its own aerial refueling capabilities. This initiative is under discussion at the leadership level, with the potential to reduce the need for ground-based logistics and forward refueling points, thereby decreasing vulnerability during operations.

New Test Range in Georgia Opens for Modern Warfare Innovations

New Test Range in Georgia Opens for Modern Warfare Innovations

New Test Range in Georgia Opens for Modern Warfare Innovations

U.S. Army's HADES Spy Plane Set for First Delivery This Year, Enhancing Surveillance Capabilities

U.S. Army's HADES Spy Plane Set for First Delivery This Year, Enhancing Surveillance Capabilities

The U.S. Army is preparing to begin flight tests for its new High Accuracy Detection and Exploitation System (HADES) spy plane this summer, with the first units expected to receive deliveries later this year. This development follows a $1 billion contract awarded to Sierra Nevada Corporation to convert the Bombardier 6500 business jet into a sophisticated intelligence, surveillance, and reconnaissance (ISR) platform. The HADES system is designed to replace the Army's older turboprop fleet, offering enhanced range and capabilities. According to Andrew Evans, the director of strategy and transformation in the Army's headquarters intelligence office, the HADES platform will feature an evolving sensor strategy to adapt to changing threats. The Army plans to deliver three prototypes, each with increasing capabilities, starting with legacy sensors and advancing to include more sophisticated radar systems.