The U.S. Space Force selected 15 companies in July 2026 to compete for up to $981 million [1, 2] in training and testing contracts.
This initiative addresses a critical shortfall in simulators and training kit. By developing realistic space-exercise scenarios, the Space Systems Command aims to better prepare Guardians for the complexities of orbital operations [4].
The contract pool is structured as an indefinite-delivery, indefinite-quantity (IDIQ) award [2]. This allows the military to procure a variety of hardware and software solutions as needs evolve. The selected vendors will develop satellites, sensors, and other specialized systems designed specifically for training ranges [1, 3].
These systems are intended to mimic real-world threats and operational environments. The Space Force currently lacks sufficient high-fidelity equipment to simulate the vast array of scenarios encountered in contested space environments [4]. The $981 million [2] investment focuses on closing this gap through the integration of advanced test technologies.
Fifteen companies [1] now hold the ability to bid on specific task orders under this umbrella. This competitive structure ensures the government can leverage diverse industrial capabilities, from established aerospace giants to smaller, agile tech firms, to build the necessary infrastructure.
“The U.S. Space Force selected 15 companies in July 2026 to compete for up to $981 million.”
This investment signals a shift from theoretical training to hardware-based simulation. By creating a dedicated 'training range' in space, the U.S. is treating the orbital domain like a traditional terrestrial battlefield, acknowledging that readiness requires physical assets that can be tested and broken without risking primary operational satellites.
