"Moog's layered defense solutions for drone threats"

We’re Excited to share that Regulus’ RING 5 C-UxS, led by Leonardo DRS, has won first place in the U.S. DoD JCO Counter-UAS competition. Combining advanced electronic warfare, RF detection, unique GNSS techniques, and RF data link manipulation, RING 5 C-UxS delivers soft-kill protection against Group 1–2 drones in contested environments, all in a compact, rapidly deployable, and intuitive system. A proud milestone that underscores the power of innovation and partnership in shaping the future of air defense. Read more here: https://lnkd.in/exaCA8kv Asaf Lebovitz Yonatan Zur #Regulus #LeonardoDRS

Epirus GDLS Unveil Mobile Robotic Counter-Drone System Epirus and General Dynamics Land Systems have launched Leonidas AR, a mobile counter-UAS platform. The system integrates Epirus's Leonidas high-power microwave technology onto GDLS's TRX 10-ton unmanned ground vehicle. This creates a highly maneuverable, robotic solution for counter-drone and short-range air defense missions. Designed for operation on the move, it provides a low-cost, low-collateral damage electronic defeat mechanism against evolving drone threats, directly supporting modern Army transformation initiatives. #CounterUAS #DefenseTech #MilitaryRobotics #GDLS #Epirus #ArmyTransformation

Destinus Demonstrates Hornet Counter-Drone System 𝘈𝘭𝘮𝘦𝘳í𝘢, 𝘖𝘤𝘵𝘰𝘣𝘦𝘳 30, 2025 Last week, Destinus participated in the TEC2 Exercises in Viator (Almería), organized by the Spanish Army as part of its 2025 Tactical Experimentation Campaign. The initiative aims to evaluate emerging technologies and operational concepts that will shape the Army of the Future. During the Concept Demonstration Exercise led by the Future Force 2035 Center, Destinus showcased its Hornet counter-drone system and autonomously intercepted an aerial target. The Hornet is part of a growing family of counter-UAS interceptors being developed by Destinus. These systems are designed for mass production and can operate as standalone assets or be integrated into ground-based air defense networks. They enable the near-autonomous interception of hostile drones, providing a scalable and reliable layer of protection for modern armed forces.

As the threat of unmanned aircraft systems continues to evolve, what can we do to stay ahead of the curve? The US Army has selected Anduril to advance next-generation counter-UAS fire control capabilities. This comes after a successful competition between several companies, including Anduril, to develop a cutting-edge technology that can detect, identify, track, and engage UAS threats. The Army's Program Executive Office Missiles and Space worked closely with Defense Innovation Unit to select Anduril as the winner, recognizing the need for a more effective fire control solution to counter the rapidly evolving threat of unmanned aircraft systems. The selected system will replace the current FAAD C2 system provided by Northrop Grumman. Key Takeaways: ��� 🚁 The US Army has selected Anduril to develop next-generation counter-UAS fire control capabilities. • 💰 The competition between companies was rigorous, with the Army seeking a more effective solution to counter the growing threat of unmanned aircraft systems. • 🌏 The selected system will replace the current FAAD C2 system and provide improved protection for warfighters. Can you think of any other industries or technologies that require similar cutting-edge fire control solutions? #UAS #CounterUAS #DroneSecurity

Reshaping operational decision-making processes, the integration of artificial intelligence and machine learning with UASs is pointing toward a future where unmanned systems may operate with increasing autonomy, as Ukraine’s efforts to develop drones with onboard AI for target recognition demonstrate.

"First, the Army should establish operational-level unmanned formations at corps and division levels, following the Ukrainian model of integrated unmanned capabilities. These formations must maintain the ability to conduct both independent deep operations and support to conventional forces while developing new approaches to operational integration. ... doctrine should focus on several key areas, such as integrating unmanned systems into combined arms operations, command and control in unmanned-intensive environments, counter-UAS operations at the operational level, and employing autonomous systems in deep operations... Developing new means to manage the vast amounts of data generated by unmanned systems is a key challenge for the Army. This includes creating AI-enabled systems for processing UAS intelligence, building robust and resilient communication networks, integrating unmanned systems with existing command-and-control structures, and implementing counter-UAS capabilities across all echelons... The revolution in operational warfare driven by unmanned systems demands a transformation of U.S. Army capabilities, organization, and doctrine. The evidence from Ukraine demonstrates that successful adaptation requires more than just technological solutions or tactical innovation; it demands fundamental changes in how operational commanders approach campaign design, staff organization, and decision-making."

European leaders are warning that a wave of drone incursions targeting airports, power plants, and defense facilities represents a new phase of hybrid warfare. In a striking address to the European Parliament, Commission President Ursula von der Leyen called the pattern “something new and dangerous,” citing simultaneous airspace violations in Estonia, Poland, Romania, Denmark, Germany, and Belgium. Analysts say the incidents illustrate how low-cost, hard-to-detect drones can bypass conventional defenses, testing Europe’s security readiness. The European Union is now considering a “Drone Shield” initiative to integrate surveillance, intelligence, and countermeasures across member states — a step toward continental airspace resilience. As von der Leyen warned, “If we lose control of the air above us, we risk losing control of the security beneath it.” Key Takeaways: - Surge in UAV incursions signals a hybrid warfare campaign targeting Europe. - EU plans a “Drone Shield” for integrated air defense and intelligence coordination. - Low-cost drones expose major vulnerabilities in civilian and defense infrastructure. Read more: https://lnkd.in/e9R3b3Ag

AeroVironment, GrandSKY to Deploy Counter-Drone Defense at Grand Forks AFB AeroVironment has expanded its collaboration with GrandSKY to establish a layered counter-UAS defense architecture at Grand Forks Air Force Base, North Dakota. The initiative supports the broader "Golden Dome for America" program for limited area defense. The deployment will integrate AeroVironment's Titan and Titan-SV RF-based detection systems, managed by its AV_Halo™ COMMAND software platform. The solution is designed to protect critical infrastructure from malicious drones by providing a unified operational picture for airspace awareness and threat response. #CounterDrone #CUAS #AeroVironment #AirForce #GoldenDome #DefenseTech #AirspaceSecurity

AeroVironment, GrandSKY to Deploy Counter-Drone Defense at Grand Forks AFB AeroVironment has expanded its collaboration with GrandSKY to establish a layered counter-UAS defense architecture at Grand Forks Air Force Base, North Dakota. The initiative supports the broader "Golden Dome for America" program for limited area defense. The deployment will integrate AeroVironment's Titan and Titan-SV RF-based detection systems, managed by its AV_Halo™ COMMAND software platform. The solution is designed to protect critical infrastructure from malicious drones by providing a unified operational picture for airspace awareness and threat response. #CounterDrone #CUAS #AeroVironment #AirForce #GoldenDome #DefenseTech #AirspaceSecurity

The Russo-Ukrainian conflict represents the foremost contemporary testing environment for advanced military technology. Operational requirements, bolstered by indigenous technological proficiency, are accelerating the development of novel solutions destined for broader adoption across global armed forces. An interesting example is the deployment of Unmanned Ground Vehicles (UGVs) for combat logistics, specifically the transport of supplies and ordnance, and Medical Evacuation (MEDEVAC). Case Study: High-Risk Robotic MEDEVAC The First Separate Medical Battalion executed a critical, high-stakes Ground Robotic System (GRS) evacuation, designated HVER operation. This mission involved extracting a casualty from a Russian-controlled sector, necessitating seven separate attempts over 5 hours and 58 minutes. The operation resulted in the attrition of six GRS units (four belonging to adjacent forces) before success was achieved on the final attempt. The successful platform was the MAUL wheeled GRS, built on a quadbike chassis and powered by a diesel Internal Combustion Engine (ICE). Key mission parameters include: Distance Covered: Approximately 60 km (35 km on damaged running gear). Speed: Average of 13 km/h; Maximum of 30 km/h. Resilience: The MAUL GRS sustained severe damage, including detonation from an anti-personnel mine and impact from a UAV-dropped munition. Casualty Protection: The wounded soldier remained unharmed due to the integrated armored capsule protecting the payload. System Specifications: The MAUL GRS is engineered for speeds up to 70 km/h and offers multiple communications options. The unit cost is estimated to range from US20,000 to US35,000. This incident underscores the critical viability and tactical resilience of UGV platforms in providing force sustainment and critical care extraction within a highly contested environment.