HYPERIAN AEROSPACE的动态

Exciting News in Defense Technology! I'm thrilled to share with you the latest innovation in Unmanned Aerial Systems (UAS) from Aeronautics - the Orbiter 2 LM (Loitering Munition)! This cutting-edge system offers an advanced sensor-to-shooter capability, perfect for diverse missions. With its enhanced features, including: Long endurance (2 hours) for persistent surveillance Optimal precision with low collateral damage Full operational capability in GPS-denied areas Advanced, interference-immune, and encrypted communication Seamless connectivity to external C4I systems The Orbiter 2 LM is set to revolutionize the modern battlefield, providing high mission flexibility and success in uncertain operational scenarios. Stay ahead of the curve in defense technology and learn more about this game-changing system! #DefenseTechnology #UAS #LoiteringMunition #Aeronautics #Innovation #ModernBattlefield #SensorToShooter #GPSdeniedAreas #AdvancedCommunication #C4ISystems

Hypersonic technology is often associated with advanced missile systems and space exploration, but its potential extends far beyond these areas. Hypersonic flight, characterized by speeds from Mach 5 to Mach 25, is revolutionizing aerospace engineering and could redefine global trade and travel. Key Approaches to Hypersonic Flight: 1. Hypersonic Glide Vehicles (HGVs):These vehicles are initially boosted into the atmosphere using solid rocket boosters and then glide at hypersonic speeds. HGVs are primarily seen as replacements for Intermediate-Range Ballistic Missiles (IRBMs) and Intercontinental Ballistic Missiles (ICBMs), offering enhanced speed and maneuverability. 2. Hypersonic Cruise Missiles: Unlike traditional missiles, hypersonic cruise missiles maintain high speeds while following a near-horizontal trajectory, skimming the sea or hugging the ground. This design allows them to navigate complex terrains at hypersonic speeds. 3. Hypersonic Space Planes: Several startups in the USA are pioneering advancements in hypersonic aircraft: - Venus Aerospace (founded 2020) is developing hypersonic drones and passenger aircraft, and recently tested its Rotating Detonation Rocket Engine with storable liquid fuel. - Velontra (founded 2021) is working on an unmanned spaceplane that combines jet engines with air-breathing propulsion, aiming to launch satellites from space. - Radian Aerospace (founded 2016) is developing the Radian One, a delta-winged spaceplane designed for manned missions and launched from a rocket-powered sled. Hypersonic technology promises to push the boundaries of aerospace capabilities, impacting both defense and commercial sectors. #HypersonicTechnology #AerospaceEngineering #SpaceExploration #AdvancedMissiles #SpacePlanes #HypersonicCruiseMissiles #VenusAerospace #Velontra #RadianAerospace #FutureOfTravel

Aeronautics Group?is among the top 4 most viewed and most shared features on Shephard Media with our Industry Spotlight on Vertical Takeoff and Landing (VTOL) UASs! This is not surprising as our Orbiter 4 VTOL is transforming modern warfare with unparalleled agility and operational versatility. It offers unique advantages in rapid deployment and mission adaptability. As, Eyal Assenhaym ,VP Marketing & BD at Aeronautics, explained: "The Orbiter 4 VTOL allows the maneuvering force to operate even in an area with many obstacles, such as rocks, trees, and more, thus completing the mission and enabling high levels of availability." Read the full article to discover how we are pioneering the future of unmanned aerial systems: https://lnkd.in/drT3fnp6 #Unamannedsystems #UAS #DefenseTechnology #aerospace #tactical

"Aeronautics Ltd., a global leader in?Unmanned Aerial?Systems (UAS) for?defense and HLS markets, announces a?significant contract with a?European NATO member country to supply advanced Orbiter 3 UAS systems. This important?contract includes the Aeronautics’ new?generation multi-platform system to a NATO customer, increasing significantly the customers’ existing fleet.?The Orbiter 3 is a small tactical unmanned aerial system,?considered one of the?leading systems in its?class worldwide.?It provides superior performance?for both defense and Homeland Security applications,?making it an essential?asset for modern?military operations." ? Max Take-off Weight 70.5 lbs ? Wingspan 14.4 ft ? Length 4 ft ? Max Endurance 6 Hours ? Datalink Range LOS Up To 30/60 Miles ? Payload Weight 12 lbs ? Max Speed 80 mph "The Orbiter 3 stands?out with its advanced ISTAR capabilities, runway-independent operation, long endurance, and ability?to carry various types?of payloads. Its?advanced image processing,?small logistical footprint, and navigation?capabilities in GPS-denied environments further?enhance its operational?flexibility. The system’s ability to withstand harsh?weather conditions ensures?reliable performance?across diverse scenarios." #uavdronetechnology #uavdronedefense #homelandsecurity #uavdroneservices #nato https://lnkd.in/eVMTTrqq

Proud to share insights by @Yoav Abergel featured on Shephard Media about the critical role of Maritime Unmanned Aerial Systems in modern warfare. These innovations are transforming naval operations and bolstering strategic capabilities. Dive into the full article to learn more about how Aeronautics' Orbiter 4 VTOL can elevate your defense initiatives. #UAV #UAS #UnmannedSystems #vtol #maritime

No risk ?????????????????????? ?????????????? ???????????????? ???????? ???????? ???????????? Aeronautics has secured a significant contract to supply its advanced Orbiter 3 UAS to a European NATO member country. This contract represents a major expansion of the customer’s existing fleet and highlights the increasing demand for Aeronautics’ cutting-edge UAS technology within NATO. The Orbiter 3 is a small tactical unmanned aerial system, recognized as one of the top systems in its class worldwide. It is highly valued for its superior performance in both defense and HLS applications, making it a crucial asset for modern military operations. The system is distinguished by its advanced Intelligence, Surveillance, Target Acquisition, and Reconnaissance (ISTAR) capabilities, which are essential for effective battlefield awareness and decision-making. One of the key advantages of the Orbiter 3 is its ability to operate independently of runways, combined with its long endurance and capacity to carry a variety of payloads. These features, along with advanced image processing and the ability to navigate in GPS-denied environments, provide exceptional operational flexibility. Additionally, the Orbiter 3 is designed to perform reliably in harsh weather conditions, ensuring consistent performance across a range of challenging scenarios. The system’s lightweight design, extended endurance, and low life-cycle costs make it an attractive option for countries looking to enhance their operational capabilities without incurring excessive expenses. The Orbiter 3’s combat-proven reliability is supported by thousands of flight hours, confirming its ability to meet the stringent demands of military operations. Moreover, its multi-platform compatibility allows for the shared use of launching stations and communication systems, facilitating easier integration and expansion across various platforms. Dan Slasky, CEO of Aeronautics, emphasized the significance of this contract, noting that it reflects a strong, ongoing partnership with the NATO customer. He highlighted the scalability of the Orbiter 3 system, which allows partners to gradually expand their capabilities while maintaining the same reliable infrastructure. This approach not only reduces costs but also ensures that customers can stay at the forefront of technological advancements, streamlining their operations. This contract underscores the Orbiter 3’s status as a leading UAS solution in the global defense market, reinforcing Aeronautics Ltd.’s position as a key provider of advanced unmanned systems to NATO and other international customers. https://lnkd.in/dJuwfGhA #drone #uav

In today's fast-evolving landscape of modern warfare, Maritime Uncrewed Systems (MUS) play a crucial role. Shephard Media explores the capabilities of the Aeronautics Group Orbiter 4 VTOL UAS in their article "Navigating the Waters of Modern Warfare." This advanced system offers over 12 hours of endurance and a 120-kilometer range, excelling in demanding scenarios. Captain (Reserve) Yoav Abergel, Director of Marketing and Business Development at Aeronautics, highlights this VTOL capability as a breakthrough in maritime operational efficiency, enhancing mission flexibility for commanders in challenging environments. #UAV #UAS #UnmannedSystems #vtol

A multi-launch agreement for three responsive launch missions will be conducted by?Firefly Aerospace?for space defense technology company?True Anomaly. The first mission will deploy the True Anomaly Jackal Autonomous Orbital Vehicle (AOV) for the United States Space Force Space Systems Command’s VICTUS HAZE Tactically Responsive Space (TacRS) mission targeted for 2025. The two additional missions are available for execution between 2025 and 2027...https://lnkd.in/g8S23wu4

?? Fears Over Boeing's Plan to Create AI-Controlled Killer Jets for US ?? Boeing, already in the spotlight for stranding two NASA astronauts in space this year, is now venturing into the development of AI-controlled fighter jets known as MQ-28 Ghost Bats. These uncrewed aircraft are intended for deployment by the US military, with plans to manufacture thousands of them. This initiative raises significant concerns about the implications of using artificial intelligence in warfare. As the landscape of military technology evolves, discussions surrounding ethics and safety in autonomous warfare are more critical than ever. #Boeing #AI #GhostBats #MilitaryTech #AutonomousWarfare #Drones #AIWeapons #USDefense #EthicsInAI

The stratosphere is the least explored area on our planet. Humanity has made greater strides even in space. Conquering the stratosphere unlocks new opportunities in various fields—such as relaying and communication, multifunctional aerial monitoring, defense solutions, and more. An unmanned airship, with its unique capabilities for payload and long flight durations, is arguably the most promising aircraft for stratospheric applications. Under Google’s Loon program, our specialists have developed substantial scientific and technological groundwork. This includes creating a unique fabric that performs reliably under intense radiation and extreme temperature fluctuations, along with a propulsion system and control system for a stratospheric airship. Successful prototype launches have also been conducted. The photo was taken from the prototype at an altitude of 65,000 feet. Learn more about high-altitude unmanned airships here: https://lnkd.in/eFSBrc8E