Robotics and Applique Systems

The Robotics and Applique Systems line item in the Army's FY 2026 budget supports the procurement and integration of advanced robotic and autonomous systems to enhance operational effectiveness, reduce risk to personnel, and increase mission flexibility. This program is managed under the Army's Other Procurement appropriation, specifically within the Engineer (Non-Construction) Equipment sub-activity. The primary goal is to field a range of unmanned ground and aerial systems, as well as autonomous vehicle technologies, to support both combat and support units across the Army.

Enhanced Robotic Payloads (ERP) is a suite of modular payloads designed to increase standoff and situational awareness for Chemical, Biological, Radiological, Nuclear, and Explosives (CBRNe) and Explosive Ordnance Disposal (EOD) missions. These payloads, including Extended Range Mesh Networking (ERMN) and Pan/Tilt Imager (PTI), are integrated with platforms such as the Man Transportable Robotic System and the Common Robotic System Heavy. The ERMN extends communication range between operators and robots, while the PTI provides enhanced visual capabilities. The Army Acquisition Objective for ERMN is 799 units and for PTI is 533 units, supporting the Army's need for rapid, safe response to hazardous threats.

Squad Multipurpose Equipment Transport (S-MET) provides small Army units with a remotely controlled platform for cargo and equipment transport, as well as limited tactical resupply. S-MET is capable of carrying equipment for extended periods without resupply and can generate offload power. The system is designed with open architectures, remote control, and modular payload integration, supporting casualty evacuation and other mission needs. The Army Acquisition Objective for S-MET is 2,819 units, with a portion under rapid fielding. S-MET aims to reduce the physical burden on soldiers and increase operational endurance for Infantry Brigade Combat Teams.

Autonomous Transport Vehicle (ATV) funding supports the development and fielding of the Autonomous Transport Vehicle-System, which equips tactical wheeled vehicles with varying levels of autonomous driving capabilities, from fully manual to fully autonomous. This technology allows convoy commanders to adjust automation levels based on mission requirements, improving sustainment throughput and reducing soldier exposure to threats during convoy operations. The FY 2026 budget includes program support for ATV, reflecting a focus on continued program management and integration efforts.

Soldier Borne Sensor (SBS) is a small unmanned aerial vehicle system designed to provide squad-level situational awareness. With a range of up to one kilometer and endurance for short missions, SBS gives soldiers a rapid capability for real-time video feeds in complex environments. This enhances decision-making and reduces risk by allowing squads to assess threats before direct engagement. The Army Acquisition Objective for SBS is 10,317 units, with initial fielding beginning in FY 2019. Starting in FY 2026, funding for SBS is realigned to a separate agile funding line, reflecting a transition in program management.

The Robotics and Applique Systems line item is structured to support the Army's modernization priorities, particularly in the areas of automation, robotics, and unmanned systems. These investments are justified by the need to improve force protection, increase operational tempo, and enhance the Army's ability to respond to both conventional and asymmetric threats. The systems procured under this line item are also intended for use in homeland defense, domestic emergency response, and military support to civil authorities, in accordance with statutory requirements.