This deployment will include dismounted counter-sUAS technologies distributed across the Marine Air-Ground Task Force (MAGTF). These systems will enable Marines to conduct effective self-defence against sUAS threats in contested and distributed environments.
“The proliferation of small Unmanned Aircraft Systems presents a significant tactical challenge for modern military forces,” a Marine Corps spokesperson stated. They highlighted that adversaries increasingly use low-cost sUAS for reconnaissance, surveillance, and attack operations.
The systems being introduced are designed to be lightweight, user-friendly, and require minimal specialised training. They will also utilise existing weapons organic to individual units, making them adaptable and efficient in field operations.
According to the Marine Corps, small drones pose serious risks due to their agility, low visibility, and ease of use. “These systems can disrupt operations, compromise security, destroy critical assets, and result in loss of life,” the spokesperson noted.
To meet this challenge, the Marine Corps is prioritising the integration of both mounted and dismounted counter-UAS (CUAS) capabilities. These measures are intended to provide comprehensive protection of personnel and equipment, enhancing mission effectiveness.
Current Ground Based Air Defense systems primarily focus on mounted platforms within Low Altitude Air Defense and Littoral Anti-Air Battalions. While effective against broader air threats, these systems are not always available at the unit level for self-defence against drones.
The introduction of organic CUAS systems will fill this gap, ensuring individual units have access to essential protective equipment. This approach supports the decentralised nature of Marine operations without detracting from troops’ primary combat duties.
“This decentralisation of defensive measures aligns with the Marine Corps’ emphasis on manoeuvre warfare and dispersed operations,” the spokesperson explained. It ensures all elements of the MAGTF can respond effectively in any operational setting.
