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The United States Marine Corps recently conducted a successful test of the Marine Air Defense Integrated System (MADIS) in Arizona. This low-rate initial production model of MADIS showcased its capabilities in live-fire trials against simulated battlefield scenarios involving launched drones. Mounted on Joint Light Tactical Vehicles, the MADIS platforms demonstrated their ability to detect and neutralize multiple targets using Stinger missiles and a 30-millimeter cannon. MADIS is a cutting-edge short-range, surface-to-air defense weapon that combines electronic warfare capabilities with Stinger missiles. Designed to enhance low-altitude air defense, MADIS provides increased lethality against fixed-wing aircraft, helicopters, and drones. The system incorporates radar and command and control components for continuous threat monitoring. This successful test marks a significant milestone for the Marine Corps as they work towards fielding the MADIS system. The program office plans to conduct more live-fire tests to further train personnel, verify equipment, and evaluate the system's operational effectiveness. #USMarineCorps #AirDefense #MADIS #MilitaryTesting #AdvancedTechnology #SurfaceToAirDefense #Security #DefenseSystem #Drones #Lethality #Innovation

⚡️ The United States Marine Corps has tested the low-rate initial production model of the Marine Air Defense Integrated System (MADIS) in Arizona. Held at the US Army Yuma Proving Ground (USAYPG), the test validated two MADIS platforms in a live-fire trial with simulated battlefield scenarios against launched drones. Each was mounted aboard Joint Light Tactical Vehicles, with the first acting as a detector and the other for neutralization. The agency wrote that the demonstration concluded with the weapons being able to track and defeat multiple targets using Stingers and a 30-millimeter cannon. “MADIS can complete the entire kill chain, and we witness that during this event,” Ground Based Air Defense Program Manager Andrew Konicki said. “The importance of countering [unmanned aerial system] threats cannot be overstated. We see it all over the news. MADIS is the key. We’re excited to get this out to Marines.” 👉 Full story: https://lnkd.in/ep9ScyHA #military #technology #innovation #defense #defence #defenseindustry #defenceindustry #usmarines #usmarinecorps #usmc #airdefense #airdefence #madis #drones #counterdrone #cuas #uas

For those old enough to remember “blip enhance” which made a Perry-class frigate appear to be an aircraft carrier on radar, this is the 21st century version: “The U.S. Navy says that if it had more money one of its priorities would be accelerating the development of an advanced ship-launched flying decoy drone that can mimic underway vessels and can be networked with other electronic warfare systems to defend against incoming anti-ship missiles.” You know I am going to say it: I wonder how many of these can be carried in the 390,000 cubic-foot internal bay of the Independence-variant LCS.

I have mixed feelings about whether the Army's drone and counter-drone capabilities should be grouped together, as proposed by a House Armed Services Committee (HASC) subcommittee and included in the Department's Replicator initiative. Combining these capabilities seems to blur the lines between two distinct capabilities. The Aviation branch and Air Defense Artillery branch are separate branches. I believe it is Infantry branch, not the Armor branch, that is the proponent for anti-armor crew served weapons. Historically, the Department has differentiated between offensive and defensive weapon systems. Yet now, we're merging UAS and c-UAS ? While I understand the rationale behind lumping UAS and c-UAS together, especially in the context of securing scarce funding, I'm not sure it's the best long-term solution. We are setting up these capabilities to compete against each other for funding and resources. However, c-UAS should be competing with air defense and other force protection priorities, while offensive and scout drones should be competing for resources against other offensive weapon systems. Just my thoughts 🤔. p.s. Just for fun, this image is ChatGPT's attempt to create an "Army Drone Corps logo."

HIPPO Multipower has demonstrated the multi-role capabilities of the hybrid multi-purpose platform on the Army Warfighting Experiment (AWE) 2023 as part of the British Army’s flagship innovation experimentation program, forging relationships with industry to identify technology that could be used in future warfare. According to Army Recognition, the British Army has tested the Hybrid Amphibious Wheeled Carrier (HAWC), an innovative vehicle redefining the landscape of modern warfare. HAWC, an adaptable multi-purpose platform, aims to alleviate the burdens on dismounted soldiers and light forces, constituting a pivotal asset in the Army’s ongoing adaptation to the evolving dynamics of combat. This initiative aligns with the broader AWE, seeking to fortify the British Army’s capabilities in response to emerging challenges in warfare.

HIPPO Multipower has demonstrated the multi-role capabilities of the hybrid multi-purpose platform on the Army Warfighting Experiment (AWE) 2023 as part of the British Army’s flagship innovation experimentation program, forging relationships with industry to identify technology that could be used in future warfare. According to Army Recognition, the British Army has tested the Hybrid Amphibious Wheeled Carrier (HAWC), an innovative vehicle redefining the landscape of modern warfare. HAWC, an adaptable multi-purpose platform, aims to alleviate the burdens on dismounted soldiers and light forces, constituting a pivotal asset in the Army’s ongoing adaptation to the evolving dynamics of combat. This initiative aligns with the broader AWE, seeking to fortify the British Army’s capabilities in response to emerging challenges in warfare.

Lockheed Martin recently supported a successful government test of the Advanced Off-Board Electronic Warfare (AOEW) system's electronic attack capabilities while installed on a U.S. Navy MH-60R helicopter. 🗞️ The test was the first time the system was able to perform engagement testing, demonstrate the ability to defeat threats and quantify system performance, all while integrated and controlled by the target platform. The AOEW system is a force multiplier for sailors and will help the Navy dominate and control the battlespace without ever firing a single shot. Read more: https://lnkd.in/geSj8DsH #manufacturer #bostoncenterless #manufacturing #contractmanufacturing #machining #manufacturers #manufacturingindustry #industrial #industrialmanufacturing #aerospace #defense

We published nearly 100 articles on DA in February, covering significant developments across the defense, military and security sectors. Here’s our round-up of the 5 most read articles ⬇️ Read more here: https://hubs.la/Q02mX9WV0 👏 BAE Systems delivered the test vehicle of the new Amphibious Combat Vehicle 30mm Cannon (ACV-30) variant to the United States Marine Corps for testing. 🧠 Echodyne and OWT Global LLC formed a strategic relationship to develop and bring to market next-generation situational awareness solutions with CUAS, UxS, and C5ISR capabilities, among others. 🆕 BlueHalo introduced VigilantHalo, a software-driven integration platform for real-time airspace Command-and-Control (C2). 👏 G3 Systems Ltd announced a rolling refurbishment program to extend the life of the Deployable Engineering Workshops (DEW) capability for up to 10 years. 💡 Anduril Industries introduced Iris, a family of passive airborne imaging and targeting sensors with advanced technology to support a range of airborne combat applications. #defense #security #technology #military #innovation

United States Army And Lockheed Martin Conduct Successful Test Of Multi-Function Electronic Warfare-Air Large System CHINA LAKE, California. Lockheed Martin recently announced a successful flight test of the Multi-Function Electronic Warfare-Air Large (MFEW-AL), an airborne electronic payload with attack and support capability. This MFEW-AL test represented the first time in decades U.S. Army Electronic Warfare (EW) Soldiers successfully conducted a series of airborne electronic warfare against a variety of threat emitters. Additionally, this test marked a key milestone that moves the system closer from system development to initial production. Read More : https://buff.ly/46Em9dm #UnitedStatesArmy #LockheedMartin #MFEWAL #ElectronicWarfare #NewUpdates #AirLargeSystem #MultiDomainOperations #USArmy #EW #SpectrumConvergence #Aircraft #Technology #LatestNews #MilitaryTech #ModernizationPriorities #C5ISREW #DefenceMagazine #MultiDomainOperations #RakshaAnirveda

Where is the Army looking to innovate? According to Chief of Staff Gen. Randy George in last week’s DefenseScoop, there are three areas where the Army needs to be faster and more adaptable when it comes to delivering equipment to forces: unmanned aerial systems, counter-UAS and electronic warfare. Read more about what electronic warfare means for different units and organizations across the Army here: https://lnkd.in/gV8bbRjZ