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- Jet-Powered RAZOR VTOL Shows Progress in Recent Flight Tests Sep 29, 2024
Mayman Aerospace has completed a series of flight tests of a testbed platform designed to surrogate the RAZOR P100. These tests validated the platform’s avionics, propulsion, and control systems using the same propulsion, engine gimballing, thrust vectoring, and flight control systems. With projected speeds exceeding 450 knots (approximately 500 mph), the RAZOR offers capabilities far beyond rotor-based propulsion, enabling it to intercept drones and precisely deliver payloads. As a multi-mission aerial platform, the RAZOR demonstrated its ability to transition from hover mode to high-speed winged flight, a critical feature for rapid deployment in Intelligence, Surveillance, and Reconnaissance (ISR) operations. The aircraft will be able to support Air-to-Air and Air-to-Surface missions, carrying Brimstone, Hellfire, and Sidewinder guided missiles, with a range exceeding 300 kilometers (200 miles). During the tests, the RAZOR flew seven autonomous mission sets. According to Dr. Manu Sharma, Chief Engineer at Mayman Aerospace, the primary goal was to validate recent software and control-law updates, particularly the transition from hover mode, where the engines are canted outwards, to winged flight mode, where all engines are aligned in the same direction. This transition is crucial for achieving high-speed flight. The tests also increased autonomous flight time, particularly for takeoff and landing, enhancing confidence in the system’s reliability. These flight tests were conducted under the Other Transaction Authority (OTA) contract that Mayman Aerospace holds with the U.S. Department of Defense. Since 2016, the company has built four full-scale prototypes and is preparing for additional tests. Production of the P100 model is scheduled to begin by 2025. The SkyField mesh system is designed to respond intelligently to command and control decisions, whether operated by Human-in-the-Loop (HITL) oversight or autonomously in GPS-denied or compromised environments. Commanders can confidently deploy assets through real-time decision support powered by actionable AI recommendations, with human operators retaining final decision-making authority. David Mayman, ... - Defense-Update Weekly News Summary Sep 27, 2024
Welcome to the Defense Update News Summary, your go-to source for the latest developments in defense technology, military strategy, and global security. In this episode, we explore groundbreaking advancements and critical issues shaping the future of warfare. Get the rapid-fire update on global defense’s latest developments in this concise 18-minute podcast. This week’s news summary includes: Highlights include: DoD acquisition process reform: A shift from requirements-based to problem-based systems Drone warfare innovations in Ukraine: Novel deployment methods and countermeasures B-21 Raider progress: Successful flight testing and production advancements Hypersonic technology: L3Harris’ propulsion breakthroughs and Northrop Grumman’s interceptor development Augmented reality in military operations: Anduril and Microsoft’s IVAS enhancement Naval innovations: Dutch Navy’s multifunctional support vessels and Aurora’s Liberty Lifter seaplane concept From autonomous combat vehicles to next-gen air defense systems, we explore how these technologies change modern warfare. We also examine international defense partnerships, export deals, and the geopolitical implications of emerging military capabilities. Land Warfare Weekly News Summary Aerospace Weekly News Summary Unmanned Systems Weekly News Summary Naval Systems Weekly News Defense Business Weekly News Stay informed on the rapidly evolving defense landscape. Like, subscribe, and hit the notification bell to never miss an update from Defense Update News Summary. #DefenseTechnology #MilitaryInnovation #GlobalSecurity #DroneWarfare #Hypersonics #AugmentedReality View last week’s episode. (Sept. 26, 2024) Stay informed on the latest defense technology, geopolitical shifts, and military innovations. Whether you’re a defense professional, technology enthusiast, or simply curious about global security, this update provides valuable insights into the evolving landscape of modern warfare. #DefenseTechnology #MilitaryInnovation #DroneWarfare #AviationTechnology #GlobalSecurity #DefenseIndustry #MilitaryNews For more in-depth analysis and defense updates, visit our website: https://defense-update.com - DEFTECH LLC Unveils Advanced Tandem-Wing UAVs at ADEX 2024 Sep 27, 2024
DEFTECH LLC, a cutting-edge defense technology company from Azerbaijan, unveiled a new family of reconnaissance and attack platforms featuring a unique tandem-wing design at the ADEX 2024 arms exhibition in Baku. Originally introduced as conceptual models at ADEX 2022, these platforms have matured through flight testing and are now designed for long-endurance surveillance missions and attack roles. In collaboration with Azerbaijan’s Ministry of National Defense Production and UAV solutions providers, DEFTECH has made significant advancements with the DT-101 and DT-001 drone designs and their associated loitering munitions. The tandem-wing configuration, a hallmark of DEFTECH’s design, enhances the UAVs’ aerodynamics by providing improved longitudinal stability and lift efficiency, making them highly effective across various flight regimes. The DT-101 is a Vertical Take-Off and Landing (VTOL) UAV built for long-endurance surveillance and targeting missions. It boasts a maximum takeoff weight of 55-75 kg and a wingspan of 3.6 meters. It is powered by a hybrid propulsion system combining a 180 CC internal combustion engine with four electric VTOL motors. Capable of reaching cruising altitudes between 3,000 and 5,000 meters, the DT-101 can remain airborne for up to 10 hours, depending on mission requirements. The heavier DT-001 UAV is runway-launched, with a 75-120 kg takeoff weight, powered by a 360 CC internal combustion engine. It is designed to carry heavier payloads and supports up to two F-1500 loitering munitions under its fuselage. The DT-101 and DT-001 can carry a range of mission payloads, including EO/IR cameras, multispectral sensors, LIDAR, SIGINT/ELINT pods, and jamming equipment. The F-1500 loitering munition, specifically designed for the DT-001, is a compact tube or air-launched system weighing 7 kg. It can loiter for 20-40 minutes and strike targets up to 40 km away. The tube-launched version carries a 1.5 kg warhead with options for high explosive fragmenting, armor-piercing, or thermobaric warheads, while ... - Shield AI Co-Founder Advocates for Problem-Based Defense Acquisition Reform Sep 27, 2024
Brandon Tseng, Co-founder and President of Shield AI, presented a compelling case for reforming the Department of Defense (DoD) acquisition process in his statement to the U.S. House Armed Services Committee. Tseng, a former Navy SEAL and engineer, emphasized shifting from a requirements-based to a problem-based acquisition system to foster innovation and maintain America’s military edge. Tseng highlighted Shield AI’s achievements in developing AI-piloted aircraft and drones, including the MQ-35 V-BAT and autonomous F-16 flights. He argued that current DoD acquisition processes often result in incremental improvements (“faster horses”) rather than transformative solutions. The existing requirements-based system, Tseng contended, is slow, inflexible, and discourages innovation from defense contractors. To address these issues, Tseng proposed establishing a new problem-based acquisition system separate from current processes. This system would focus on solving identified problems without specifying requirements, provide flexible budgeting based on value, and target 25% adoption of major acquisition efforts within three years. Tseng also recommended implementing pre-deployment training under electronic warfare conditions to assess the survivability of U.S. military systems. Tseng’s testimony underscores the critical role of software and AI in future military capabilities, emphasizing the need for increased investment and a shift in DoD culture to recognize these technologies’ strategic importance. (Read the complete statement) Forterra Secures $75 Million in Funding for Autonomous Driving Systems The US-based Forterra company (formerly RRAI) has successfully raised $75 million to advance its autonomous AutoDrive vehicle technology, which facilitates autonomous driving systems for military and commercial vehicles. The AutoDrive systems have become central elements in autonomy systems explored or used by the US Army and US Marine Corps, including autonomous convoys (ACE/GEARS), autonomy retrofits, robotic combat vehicles (RCV), small, multipurpose equipment transports (SMET), and remotely operated ground units for Expeditionary forces (ROGUE). Northrop Grumman and Lithuania Partner to Boost Defense Industrial Capabilities Northrop Grumman Corporation and the Lithuanian government have ... - B-21 Raider Progresses in Flight Testing and Production Sep 27, 2024
Northrop Grumman’s B-21 Raider program is making significant strides in both flight testing and production, marking a new era in strategic bomber development. The Combined Test Force (CTF), comprising Northrop Grumman and Air Force personnel, is conducting a comprehensive flight test campaign at Edwards Air Force Base to evaluate the aircraft’s capabilities. Early feedback from test pilots has been overwhelmingly positive. Chris “Hoss” Moss, a B-21 Raider test pilot, noted that the aircraft’s handling qualities are exceeding expectations based on simulations. The flight test program rapidly expands the B-21’s operational envelope, executing multiple test events within a week. According to Northrop Grumman, this efficiency is attributed to its digital ecosystem, which allows for quick analysis of test data and swift implementation of updates. In parallel with flight testing, Northrop Grumman has completed static testing to verify the B-21’s structural design and has begun fatigue testing to simulate a lifetime of flight conditions. The company is also scaling production, utilizing advanced manufacturing techniques and digital tooling across the factory. Innovative approaches, such as augmented reality tools and advanced robotics, are being employed to enhance efficiency and accuracy in the production process. This strategy of building the first test aircraft, like the production model, aims to ensure a smooth transition to full-scale production and facilitate future technology insertions to keep the B-21 ahead of emerging threats. Saab Delivers Fifth GlobalEye Aircraft to UAE The UAE has received the fifth and final GlobalEye Airborne Early Warning and Control (AEW&C) aircraft built by SAAB. to the United Arab Emirates (UAE). GlobalEyes delivery spanned over four years, showcasing Saab’s efficiency in fulfilling the development and manufacturing program within less than ten years. Boeing Completes First Flight of UK E-7 Wedgetail for Royal Air Force Boeing has successfully conducted the first flight of the UK’s E-7 Wedgetail aircraft, marking a significant milestone in developing ... - Dutch Navy to Acquire Two Arsenal Ships to Enhance Current Frigate’s Firepower Sep 27, 2024
The Royal Netherlands Navy is set to acquire two new support vessels equipped with modern weapon systems and specialized equipment. Dutch shipbuilder Damen has been awarded the contract to construct these vessels. These multifunctional support vessels will follow closely with the Air Defense and Command Frigates (LCF), offering additional defenses for them. The frigates will control weapons launched from the support vessels. The vessels will carry new weaponry and equipment in standard ISO containers, utilizing innovative designs and smart integration of existing systems to operate with a small crew. Key features include additional long-range air defense missiles to counter mass attacks from anti-ship missiles or drones, long-range precision munitions for amphibious operations, and electronic warfare equipment to disrupt enemy radar systems and drone communications. Additionally, the vessels will be equipped with underwater drones and sensors to gather intelligence on potential threats and secure critical infrastructures in the North Sea. The acquisition, valued between €250 million and €1 billion, depending on the content of the vessels, aligns with the Dutch government’s policy to strengthen the national Maritime Manufacturing Industry and contribute to Europe’s strategic autonomy. The first vessel is expected to be operational for North Sea missions by 2026, with both ships fully operational by 2027. Naval Group Launches Second FDI Frigate for Hellenic Navy Naval Group has launched the HS Nearchos, the second Defence and Intervention Frigate (FDI HN) for the Hellenic Navy, at its shipyard in Lorient, France. Designed to meet the evolving needs of modern naval warfare, the new multipurpose warship has a placement of 4,500 tonnes. It is equipped to conduct naval operations, including anti-air, anti-surface, and anti-submarine warfare. The frigate’s advanced capabilities and versatile design make it an asset for the Hellenic Navy’s maritime defense strategy. The launch of HS Nearchos follows the successful construction of the first frigate in the ... - Bayraktar Flies a Production Version of KIZILEMA UCAV Sep 27, 2024
The production prototype of Bayraktar KIZILELMA, Türkiye’s first indigenously developed unmanned combat aircraft, has completed its maiden flight. This was the third production prototype of Bayraktar KIZILELMA, with tail number TC-ÖZB3. In July, the Bayraktar KIZILELMA PT-3 was transferred to the AKINCI Flight Training and Test Center in Çorlu, Tekirdağ. Before the flight, the prototype passed critical ground tests, including the engine run-up test, automatic taxi tests, run tests, and lift-off tests. The Bayraktar KIZILELMA project, initiated in 2021 with 100% equity by Baykar, achieved its first flight in record time. After rolling off the production line on November 14, 2022, the prototype completed ground tests and took to the skies on December 14, 2022. The project continues to make rapid progress. The development of Bayraktar KIZILELMA continues at full speed, with significant advancements integrated into the production prototype. Structural improvements, alongside enhancements in avionics architecture, have been implemented. The flight was conducted with an afterburner engine, which enables the aircraft to approach the speed of sound. With improved aerodynamics, KIZILELMA will perform better at high speeds and maneuvers. The AESA radar will ensure high situational awareness, allowing the aircraft to execute complex missions effectively. Kodiak and Textron Launch RIPSAW M3 Autonomy Kit Kodiak and Textron Systems have unveiled the autonomous RIPSAW M3, integrating Kodiak’s advanced self-driving system into Textron’s fully uncrewed vehicle platform. This collaboration marks the first time Kodiak has equipped a tracked vehicle with its autonomous technology, specifically designed for military operations. The RIPSAW M3 is engineered to perform a variety of high-risk missions, including reconnaissance and tactical maneuvers, across diverse terrains. It features four Kodiak modular DefensePods, which provide 360-degree visibility. DefensePods are an adapted version of Kodiak’s modular, swappable SensorPods designed for military use. They are pre-calibrated, pre-built hardware enclosures with sensors necessary for autonomous driving. DefensePods can be ... - Raytheon Develops Advanced Multi-Mission Launcher for Next-Gen Combat Vehicle Sep 27, 2024
Raytheon, an RTX business, is developing an innovative Multi-Mission Launcher to launch a wide range of weapons and drones. This launcher will be integrated into the Lynx XM30 prototype RTX is working on as part of Team Lynx, led by American Rheinmetall Vehicles. The Lynx XM30 prototype is a proposed design to replace the U.S. Army’s Bradley Fighting Vehicle. Raytheon plans to have a turret-mounted version ready for testing by 2025, with potential applications extending beyond the Lynx XM30 prototype. The Multi-Mission Launcher boasts three key advantages: compatibility with multiple missile designs, the ability to target adversaries beyond the line of sight, and software that can process data collected by missiles in flight. This gives soldiers a more comprehensive battlefield view and enhanced tactical options. The launcher is designed to fire various effectors, including Raytheon’s Coyote Block 3 unmanned aircraft systems and Javelin missiles, with future integration planned for the TOW missile family. Diehl Defence and Elbit Systems Partner on Rocket Artillery Systems Diehl Defence of Germany and Elbit Systems Land of Israel have announced a strategic partnership to develop and produce rocket artillery ammunition for the PULS and EuroPULS launcher systems. This collaboration addresses the growing European demand for advanced rocket artillery and deep strike capabilities. Under the agreement, the two companies will jointly deliver rockets and advanced training rockets specifically designed to meet European rocket artillery requirements, focusing on the needs of the German armed forces. The partnership complements the EuroPULS launcher initiative, a joint project between Elbit and KNDS Deutschland to meet the technical and operational standards of NATO. This collaboration is expected to enhance local production capabilities, support, and sustainment for European countries utilizing the PULS and EuroPULS systems. Finland Expands Patria 6×6 Armoured Vehicle Fleet The Finnish Defence Forces has exercised an option to buy 29 Patria 6×6 armored vehicles, bringing ... - Heron UAS: A Reliable Maritime Patrol Solution Sep 25, 2024
In today’s dynamic security environment, the need for reliable and efficient maritime patrol systems has never been greater. Coastal nations face a wide array of challenges, from safeguarding critical infrastructure to combatting illegal activities such as smuggling, illegal immigration, and unregulated fishing. Advanced Multi-Sensor Payload The Heron Unmanned Aerial System (UAS) is outfitted with a multi-sensor payload, such as radar systems, signals intelligence (SIGINT) sensors, and electro-optical/infrared (EO/IR) cameras for day and night imaging and other capabilities as per users’ requests. This array of sensors is complemented by satellite communications (SATCOM) for continuous beyond-line-of-sight (BLOS) connectivity, ensuring real-time data transmission to command centers. One of the key components of the Heron’s payload is the Automated Identification System (AIS) receiver, which tracks the movement of vessels in the area. This capability is further enhanced by the CRISP (Commander’s Remote Imagery & Situation Picture) Real-Time Exploitation System, which helps create a comprehensive and accurate maritime situation picture. The system’s architecture supports real-time data sharing and other capabilities, such as mission planning, report generation, and secure data storage, making it an essential tool for mission-critical operations. The Heron UAS benefits from high-altitude and long-range cruising, significantly enhancing its survivability and reducing the likelihood of detection. The system also incorporates jamming capabilities, further securing its operations in contested environments. This combination of sensors and SATCOM allows the Maritime Heron UAS to cover vast maritime areas fully, making it indispensable for coastal defense and border security. Proven Operational Experience The Heron UAS is not only technologically advanced but also well-proven. The system has been operational in its maritime configuration for over twenty years. Customers are spread across South America, Asia, and Europe. The UAS has been praised for its ability to operate under various conditions, including harsh weather and challenging operational environments. The Maritime Heron’s robust performance has ensured that users maintain ... - Defense-Update Weekly News Summary Sep 20, 2024
Dive into the latest global defense and military technology developments with Defense-Update Weekly News. Visit Defense-Update to dive deeper in this week’s news: Highlights: Combined Hardware-Cyber Attack Annihilate Hezbollah Command Network JASSM-XR Further Extends Cruise Missile Strike Capability Australian Redback AFV to Get PASEO Joint Fires Payload Rafael Breaks Cover of Iron Dome Mission Modules L3Harris Details Advances in Hypersonic Missile Tracking and Defense This week’s news summary includes: Land Warfare Weekly News Summary Aerospace Weekly News Summary Unmanned Systems Weekly News Summary Get a rapid-fire update on global defense’s latest developments in this concise 15-minute podcast. Stay informed on the latest defense technology, geopolitical shifts, and military innovations. Whether you’re a defense professional, technology enthusiast, or simply curious about global security, this update provides valuable insights into the evolving landscape of modern warfare. View last week’s episode. (Sept. 12, 2024) #DefenseTechnology #MilitaryInnovation #DroneWarfare #AviationTechnology #GlobalSecurity #DefenseIndustry #MilitaryNews For more in-depth analysis and defense updates, visit our website: https://defense-update.com DISCLAIMER: This content is for informational purposes only. All information presented is based on publicly available sources and should not be considered professional military or strategic advice.
