Space Advanced Technology Development/Demo

The Space Advanced Technology Development/Demo program, managed by the Air Force, is dedicated to advancing and demonstrating innovative space technologies. This initiative concentrates on four main areas: integrated space technology demonstrations, ground-based optical space situational awareness at the Maui Space Surveillance System, advanced propulsion technologies for space access and satellite maneuvering, and the development of next-generation spacecraft vehicles. The program utilizes emerging technologies from various research laboratories and industry partners to meet mission needs and enhance capabilities across multiple domains.

A significant aspect of this program is the Integrated Space Technology Demonstrations, which aim to develop robust satellite technologies that improve autonomy, cyber resiliency, and integration with commercial and allied networks. These efforts involve designing small satellite missions and conducting on-orbit demonstrations to enhance command and control networks. Additionally, the program seeks to advance transformational technology development through initiatives like the WARfighter-TECHnologist process, identifying opportunities for leap-ahead capabilities aligned with future force design priorities.

The Maui Space Surveillance System plays a crucial role in supporting the development and demonstration of ground-based optical technologies for space domain awareness. This includes maintaining and upgrading facilities to ensure mission readiness and contributing to operational space domain awareness missions. The system also provides expert assistance in design requirements for new facilities and hosts missions for various Department of Defense components.

Efforts in Space & Missile Rocket Propulsion within this program focus on developing advanced propulsion technologies for both launch vehicles and in-space maneuvering. The goal is to enhance environmental acceptability, affordability, reliability, and performance while reducing costs. This includes developing liquid rocket propulsion technology for rapid launch capabilities and advancing solar electric propulsion systems for satellites. These initiatives aim to sustain the growth of the space propulsion industry while providing critical capabilities for the Department of Defense and other stakeholders.