Enhancing Multi-Domain Operations: The Arsenal Modular Mission Payload (A-MMP) System for Autonomous UAVs On-the-Move

In the evolving landscape of modern warfare, the U.S. Army faces significant challenges in deploying and managing unmanned systems across diverse operational theatres. These challenges are particularly acute in the context of on-the-move operations, where traditional methods of UAV deployment and recovery are limited by their need for static infrastructure and direct human oversight. Our proposed solution, the Arsenal Modular Mission Payload (A-MMP), leverages the advanced Tular technology to address these challenges, enhancing the Army’s capabilities in Multi-Domain Operations (MDO) by enabling autonomous launch and recovery of Unmanned Aerial Vehicles (UAVs) from both crewed and uncrewed ground vehicles. With UAVs dominating the Air-Ground littoral, the challenge from former CSA Milley to make our soldiers 10X more lethal is coming closer to reality, since robotic combat systems are fundamentally changing tactical-level land warfare.Current UAV deployment strategies are significantly hampered by the requirement for static launch and recovery sites with human involvement, which impede the operational flexibility essential for modern combat scenarios. In addition, training soldiers to carry and operate drones removes from their primary warfighting tasks. These methods not only increase the cognitive load on soldiers, but also restrict the speed and adaptability of UAV operations, particularly in urban, cluttered, or contested terrains. The A-MMP system, incorporating the cutting-edge Tular platform, is specifically designed to overcome these limitations. By facilitating UAV operations directly from manned and Unmanned Ground Vehicle (UGV) such as the Joint Light Tactical Vehicle (JLTV) to Small Multipurpose Equipment Transport (SMET) or the Robotic Combat Vehicle Light (RCV-L), Tular ensures that UAVs can be rapidly deployed and recovered without the need to halt or disrupt operational maneuvers.This capability is critical for operations at the Forward Line of Robots (FLOR), where UGVs operate autonomously near hostile forces. The A-MMP system enables these vehicles to launch, recover, recharge, refuel, rearm, repair, and redeploy UAVs seamlessly and autonomously, thereby maintaining a continuous operational tempo and enhancing air-ground littoral superiority, while drastically reducing manned interaction and support from other tasks. Moreover, the system’s modular design integrates various UAV types, including ISR and kinetic UAVs, providing commanders with flexible tools to gain intelligence and engage targets effectively.Secondly, the proliferation of drone swarm technology poses a significant and evolving threat to modern military operations. The major R&D components of the A-MMP system are specifically designed to counteract the emerging threat of enemy drone swarms, by incorporating a rapid feeder mechanism and advanced magazine developments.