Manned ISR

The Manned ISR program under the United States Special Operations Command is dedicated to enhancing intelligence, surveillance, and reconnaissance capabilities through manned aircraft. This initiative is part of the Military Intelligence Program and aims to support irregular warfare operations by providing advanced technological modifications to crewed ISR aircraft. The primary mission objectives include signals intelligence, imagery collection, target acquisition, threat warning, threat identification, and comprehensive surveillance missions.

To achieve these goals, the program emphasizes Special Operations-peculiar modifications and rapid fielding techniques. These enhancements involve upgrading avionics, sensor maintenance, communication systems, and common datalink systems. Additionally, the program supports training initiatives by providing trainers and mission training devices to ensure personnel are well-prepared for operational demands. The focus is on maintaining a high level of readiness and adaptability in dynamic operational environments.

In fiscal year 2025, resources are allocated for Overseas Operations Costs (OOC), which were previously financed through Overseas Contingency Operations funding. This allocation is intended to procure low-cost modifications for Tactical Airborne Multi-Sensor Platforms (STAMP), enhancing aircraft capabilities with sensor, datalink, electrical, and communication upgrades. These improvements are crucial for meeting mission requirements and supporting Special Operations Forces effectively.

The transition from fiscal year 2024 to 2025 sees a reduction in resources impacting mission system modernization efforts. The focus shifts towards supporting only essential aircraft/sensor upgrades and life-limited mandatory updates. These updates include avionics enhancements, communications systems improvements, and upgrades to Intelligence, Surveillance, and Reconnaissance systems along with mission workstations and software. This strategic adjustment ensures that critical capabilities are maintained while optimizing resource allocation for enduring operational effectiveness.