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Lockheed Martin and USAF Demonstrate Autonomous Missile Evasion on X-62A

Lockheed Martin and USAF tested AI-driven missile evasion on the X-62A VISTA using simulation-trained agents and human safety pilots.

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This article is based on an official press release from Lockheed Martin.

Lockheed Martin and USAF Demonstrate Autonomous Missile Evasion on X-62A VISTA

On February 23, 2026, Lockheed Martin Skunk Works® and the U.S. Air Force Test Pilot School (TPS) announced a significant advancement in autonomous flight capabilities. Through a collaborative effort known as the “Have Remy” Test Management Project (TMP), the team successfully demonstrated the transfer of artificial intelligence (AI) agents from a digital simulation environment directly to the cockpit of the X-62A VISTA (Variable In-flight Simulator Test Aircraft).

According to the company’s announcement, this marks the first time a Lockheed Martin AI system has been granted direct control of the X-62A to perform complex tactical maneuvers specifically designed for autonomous missile evasion. The tests, conducted at Edwards Air Force Base in California, utilized a “sim-to-real” workflow that allowed engineers to rapidly update and refine the software during the flight campaign.

Project “Have Remy” and the X-62A

The X-62A VISTA, a highly modified F-16D Block 30, has become a central platform for the U.S. Air Force’s exploration of autonomous combat. While previous campaigns, such as the DARPA Air Combat Evolution (ACE) program, focused on within-visual-range “dogfighting,” the “Have Remy” project shifted the operational focus to survival.

Lockheed Martin reports that the campaign included over 100 test points where AI agents were placed in direct control of the aircraft. The primary objective was to validate that agents trained entirely in a digital environment could successfully execute split-second, 3D maneuvers to defeat incoming missile threats in the real world.

The “Supermassive” Simulation Engine

A key component of this success was the use of “Supermassive,” Lockheed Martin’s proprietary simulation environment. The company states that this system ran billions of simulated missions to train the AI agents on various threat scenarios before they were ever uploaded to the aircraft.

This digital foundation enabled a rapid “fly-fix-fly” development cycle. According to the press release, engineers were able to observe the AI’s performance in the air, identify issues, retrain the agents in the simulator, and push updated code back to the X-62A within hours. This stands in contrast to traditional software development cycles, which can often take weeks or months to implement flight-test feedback.

Workforce Development and Safety

The “Have Remy” project also served as a curriculum tool for the USAF Test Pilot School. Students and instructors were integrated into the development loop, defining the missile-evasion scenarios and evaluating how well the AI replicated its simulation performance in physical flight.

Safety remains a paramount concern in autonomous flight testing. The X-62A VISTA utilizes a unique safety architecture that allows a human safety pilot to remain in the cockpit. This pilot can instantly disengage the AI and take manual control if the system exceeds established safety limits. Lockheed Martin emphasized the importance of this human-machine teaming in their statement:

By proving that autonomous agents can be safely monitored, understood, and controlled in real time, we are turning the vision of human-machine teaming into an operational reality.

AirPro News Analysis

The shift from offensive dogfighting to defensive missile evasion represents a critical maturation in tactical AI. While dogfighting demonstrates the ability to outmaneuver an opponent, missile evasion requires the AI to prioritize survival against high-speed, non-cooperative threats, a fundamental requirement for any future autonomous wingman or unmanned combat aerial vehicle (UCAV).

Furthermore, the involvement of TPS students suggests the Air Force is actively working to build “trust” in non-deterministic systems. By training the next generation of test pilots to evaluate AI behaviors, the service is preparing its workforce for future platforms, such as the Next Generation Air Dominance (NGAD) family of systems, where human operators will likely manage teams of autonomous assets.

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Sources: Lockheed Martin

Photo Credit: Lockheed Martin

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Defense & Military

Deutsche Aircraft Unveils UAS Teaming for D328MR at ILA Berlin

Deutsche Aircraft and SNC debut a VTOL drone paired with the D328MR turboprop for ISR, maritime patrol, and SAR missions at ILA Berlin 2026.

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Deutsche Aircraft unveiled a new integrated uncrewed UAV designed to operate alongside its crewed D328MR turboprop on June 10, 2026, at the ILA Berlin airshow. The deployment, executed in collaboration with Sierra Nevada Corporation (SNC), marks the manufacturer’s entry into crewed-uncrewed teaming for maritime patrol, border surveillance, intelligence, surveillance, and reconnaissance (ISR), and search and rescue (SAR) operations.

In a press release issued during the event, Deutsche Aircraft detailed how pairing the D328MR with a tactical vertical takeoff and landing (VTOL) drone allows operators to extend surveillance coverage and enhance mission persistence while reducing risk to human crews. The D328MR serves as the multi-role variant of the in-development D328eco, a modernized and stretched iteration of the classic Dornier 328 platform.

Technical specifications and NATO interoperability

The newly introduced tactical drone features a maximum takeoff weight (MTOW) of 110 kilograms (243 pounds) and a payload capacity of 26 kilograms (57 pounds). According to specifications reported by Aerospace Global News, the UAS can achieve a maximum flight endurance of up to 16 hours, reach altitudes up to 18,000 feet, and cruise at speeds between 52 and 85 knots.

The platform is designed to be free of International Traffic in Arms Regulations (ITAR) restrictions. It complies with North Atlantic Treaty Organization (NATO) AEP-83 airworthiness requirements and is built for NATO AEP-84 Level 4 interoperability. Payload options for the UAS include electro-optical and infrared cameras, maritime tracking systems, radar, signals intelligence, communications relay, and mapping sensors.

Strategic partnerships and supply chain developments

Deutsche Aircraft is deploying the uncrewed capability in collaboration with SNC. While the exact nature of the drone platform remains unconfirmed, SNC previously acquired the VTOL drone assets and intellectual property of Volansi in 2022, which included the Voly-T tactical unmanned aerial vehicle. Deutsche Aircraft has not specified whether SNC is acting as the manufacturer, technology provider, or integration partner for this specific system.

Company leadership emphasized the operational flexibility of the combined platforms.

“With the D328MR, complemented by uncrewed capabilities, we are offering a portfolio that allows authorities to select the right platforms for each mission, based on civilian certification, safety and long-term operational reliability,” said Nico Neumann, CEO of Deutsche Aircraft.

Frederic Fischer, Director of Product Roadmap and Innovation at Deutsche Aircraft, noted that manned and unmanned systems each have distinct roles. He stated that current operational demands require swiftly adding capabilities and accelerating innovation cycles to maximize the utility of flexible platforms.

In a separate but concurrent development reported by Aviation Week, Deutsche Aircraft is advancing its own landing gear design for both the D328eco and legacy D328 turboprops. This internal development follows ongoing supply-chain delays from the existing supplier, Safran.

AirPro News analysis

The integration of a tactical UAS with the D328MR positions Deutsche Aircraft to compete more aggressively in the special missions market, where crewed-uncrewed teaming is rapidly transitioning from a conceptual military requirement to a standard operational expectation. By ensuring the drone is ITAR-free and NATO-interoperable, the company is clearly targeting European and allied governmental operators who require sovereign control over their surveillance assets. We note that the parallel decision to bring landing gear development in-house reflects a broader industry trend of original equipment manufacturers (OEMs) vertically integrating critical components to insulate production lines from persistent tier-one supply chain disruptions.

Sources: Deutsche Aircraft

Photo Credit: Deutsche Aircraft

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Pakistan Army Mi-17 Crashes Near Muzaffarabad, All Killed

A Pakistan Army Mil Mi-17 crashed near Muzaffarabad on June 10, 2026, killing all on board after a reported technical fault.

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This is a developing story. Information may change as official details are released.

This article summarizes reporting by AP News.

A Pakistan Army Aviation Mil Mi-17 transport helicopters crashed shortly after takeoff near Muzaffarabad on June 10, 2026, resulting in fatal injuries to all military personnel and paramilitary Rangers on board.

The exact number of occupants has not been officially disclosed by authorities. According to AP News, the Inter-Services Public Relations (ISPR) indicated that the aircraft experienced a technical fault during departure, though a formal investigation by the Pakistan Military Board of Inquiry is underway to determine the official cause of the accident.

Flight and recovery operations

The Russian-designed Mil Mi-17 was operating from a helipad in Pakistan-administered Kashmir when the incident occurred. Following the crash, the military confirmed the total loss of the aircraft and the fatalities of all personnel aboard.

Emergency response units were dispatched to the location shortly after the aircraft went down. In a public statement, the ISPR noted that “rescue and recovery teams immediately reached the crash site.” The recovery operations are ongoing as military investigators begin examining the wreckage and securing the area.

Regional security context

The helicopter was transporting paramilitary Rangers who had been deployed to the Muzaffarabad area amid heightened regional tensions. The area recently experienced protests and a strike organized by the Joint Awami Action Committee, an alliance that was recently banned by local authorities.

Over the weekend preceding the June 10 crash, clashes between security forces and an outlawed group resulted in the deaths of four security personnel. Despite the heavy security presence and recent unrest, military officials stated the helicopter crash was the result of a technical issue and did not indicate any connection to the ongoing protests or hostile action.

AirPro News analysis

We note that the Mil Mi-17 serves as a primary utility and transport platform for the Pakistan Army Aviation corps, frequently utilized for troop transport and logistical support in the high-altitude and mountainous terrain of Kashmir. While the military has cited a technical fault in its preliminary remarks, the final report from the Pakistan Military Board of Inquiry will be required to establish the precise sequence of events that led to the accident during the takeoff phase.

Sources: AP News

Photo Credit: Dawn via Gulf News

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Defense & Military

India-Built Airbus C295 Completes Maiden Test Flight

The first Airbus C295 assembled in India by Tata Advanced Systems flew from Vadodara on June 10, 2026.

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This article summarizes reporting by India Today by Ajmal.

The first Airbus C295 military transport aircraft manufactured entirely in India successfully completed its maiden test flight from the Tata-Airbus Final Assembly Line in Vadodara, Gujarat, on June 10, 2026. The flight initiates the certification and evaluation phase for the aircraft ahead of its planned induction into the Indian Air Force (IAF) later in the year.

According to reporting by India Today, the flight represents the first time a private sector company has manufactured a military aircraft in India. The achievement breaks a decades-long production monopoly held by the state-run Hindustan Aeronautics Limited (HAL) and advances domestic manufacturing initiatives.

Contract scope and manufacturing transition

The aircraft is part of a Rs 21,935 crore contract signed in September 2021 between the Indian Ministry of Defence and Airbus Defence and Space. The agreement covers the procurement of 56 C295 aircraft designed to replace the aging Avro-748 transport fleet operated by the IAF.

Under the terms of the 2021 agreement, the first 16 aircraft were assembled at the Airbus facility in Seville, Spain, and delivered to India in fly-away condition. The remaining 40 airframes are being manufactured domestically by Tata Advanced Systems Limited (TASL) at the Vadodara facility, which was officially inaugurated on October 28, 2024. The aircraft that flew on June 10, 2026, is the 17th overall unit in the order and the first of the 40 domestically produced airframes.

Flight testing and official statements

The maiden flight marks a critical step in the post-production testing process. Airbus Defence confirmed the successful sortie, noting that the flight advances the program’s objective of delivering the first domestically built C295 to the IAF before the end of 2026.

“The first ‘Made in India’ Airbus C295 military transport aircraft has conducted its first test flight from the Final Assembly Line in Vadodara, marking a milestone for Indian aviation and defence,” Airbus Defence announced.

The IAF also acknowledged the milestone. In a public statement, the military branch congratulated the joint Tata and Airbus team responsible for the successful maiden flight of the domestically produced transport aircraft.

AirPro News analysis

The successful test flight of the TASL-built C295 is a watershed moment for India’s aerospace industrial base. For decades, HAL has been the sole entity capable of delivering military aircraft within the country. By proving that a private consortium can successfully assemble and fly a complex tactical transport aircraft, the Tata-Airbus partnerships establishes a viable second pillar for Indian defense aerospace manufacturing. We expect this success to bolster TASL’s position in future defense procurement competitions and potentially pave the way for broader commercial aerospace final assembly operations in the region.

Sources: India Today

Photo Credit: India Today

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