Budget Account
3600F - Research, Development, Test and Evaluation, Air Force
Budget Activity
07 - Operational system development
Description
Full Combat Mission Training (FCMT) is a program designed to enhance the Air Force's Distributed Mission Operations (DMO) by integrating Live-Synthetic Blended and Joint Simulation Environment (JSE). The primary goal is to support research and development that facilitates the integration of both existing and new Air Force training devices into DMO/LVC networks. This integration aims to improve the quality of training by enabling aircrews to connect with LVC components, forming a comprehensive DMO battlespace. Additionally, the program focuses on linking geographically distributed high-fidelity combat and support training devices, including Command and Control and Intelligence, Surveillance, and Reconnaissance systems.
The FCMT program emphasizes the development of Multi-Level Security (MLS) capabilities, which are crucial for allowing warfighters to train at both operational and strategic levels. This includes conducting networked unit-level training at home stations as well as high-end test and training at joint sites. The program supports the creation of common rule sets for interoperability, ensuring seamless integration across different platforms such as F-35, F-22, and F-16. By doing so, it aims to validate Cross Domain Solutions (CDS) that enhance security protocols within these environments.
Another key objective of FCMT is to advance Distributed Mission Operations Development by evaluating training tools for implementation in the JSE. This involves demonstrating JSE/DMO interoperability in mission training applications, which is essential for maintaining readiness and proficiency. The program also includes studies to assess Live Virtual Constructive (LVC) training effectiveness and develop tools for measuring performance enhancements within DMO/JSE environments.
FCMT also involves network studies aimed at integrating high-fidelity flight and mission trainers across Air Force, Joint, and Coalition networks. These studies focus on reducing network transport delays while maintaining training quality. Evaluations are conducted on alternative approaches for on-premise and cloud-based services to improve network responsiveness. Through these efforts, FCMT seeks to ensure that training systems remain compatible with evolving technological standards and operational demands.