Consolidated Training Systems Development

The Consolidated Training Systems Development program, part of the Navy's Research, Development, Test & Evaluation efforts, aims to enhance training capabilities across various domains. The Training Range and Instrumentation Development (TRID) project focuses on developing specialized instrumentation for fleet readiness training while minimizing life cycle costs. This involves upgrading systems that have been fielded or approved for full-rate production.

The Surface Tactical Team Trainer (STTT) project is dedicated to modifying and modernizing the Battle Force Tactical Training system into the Advanced Training Domain. It integrates weapon systems and combat components to create a comprehensive ship training capability.

The Airborne Adversary Mission Systems project builds on existing RedNet architecture to develop classified software and hardware integration with the Tactical Combat Training System Increment II. This initiative aims to emulate peer threat capabilities accurately and provide standalone adversary operational flight programs deployable on various aircraft platforms.

The Air Warfare Training Development project supports advanced technology maturation and risk mitigation for naval aviation platforms. It focuses on integrating emerging technologies like augmented reality and virtual reality into training applications.

The Tactical Combat Training System Increment II provides an improved environment for air combat training with secure data links and rangeless operation capabilities. It supports live virtual constructive capabilities by integrating mission data from live participants into a cohesive training environment.

Aviation Performance/Proficiency Analytics delivers scalable data collection and analysis tools to provide high-fidelity feedback for proficiency assessments against real-world threats. Lastly, the High Fidelity Surface Trainers project supports the development of Aegis Integrated Air and Missile Defense trainers, advancing warfare training objectives ashore and at sea.