Next Generation Combat Vehicle Advanced Technology

The Next Generation Combat Vehicle Advanced Technology program is dedicated to advancing technologies that enhance the Army's combat vehicle capabilities. It aims to develop smarter, faster, more lethal, and adaptable vehicles by integrating various technological architectures, including autonomy, power systems, electronics, and vehicle protection. The initiative supports the development of manned, optionally manned, and unmanned vehicles with improved lethality and precision. Research efforts are coordinated with other programs to ensure a comprehensive approach to vehicle modernization.

A key project within this program is Combat Vehicle Robotics Advanced Technology. This project focuses on maturing and demonstrating technologies that enable robotic and autonomous systems to operate effectively within Army formations. It aims to enhance platform electronic control, unmanned maneuver capabilities, and soldier-robotic interface integration. By reaching a certain technology readiness level, these advancements will be integrated into appropriate products for further development and deployment.

Another important project is Crew Augmentation and Optimization Advanced Technology. This initiative seeks to improve crew interactions and tasking in ground vehicle platforms by integrating intelligent technologies. The goal is to optimize crew performance during closed hatch operations in complex environments. Additionally, the project explores machine learning applications to enhance decision aids and reduce response times for vehicle crews.

The Sensors for Auto Oper and Survivability Advanced Technology project focuses on developing advanced sensor systems that provide increased situational awareness for combat vehicles. These sensors aim to detect threats such as hostile fire and classify them in real-time across various environments. The project supports both manned and unmanned platforms by enhancing their ability to operate effectively in complex operational scenarios.