Space Force Guardians Lack Realistic Wargaming Tools for Orbital Combat

Space Force operators who would direct orbital engagements in a conflict have no high-fidelity simulation environment where they can practice offensive and defensive space operations against a thinking adversary. The primary training tool, the Space Flag exercise held twice yearly at Schriever SFB, uses scripted scenarios on networks that cannot accurately model the real-time orbital mechanics of satellite maneuvers, debris propagation, or electromagnetic interference. Operators describe it as 'PowerPoint wargaming' — they discuss what they would do rather than executing commands in a realistic simulation. This matters because space warfare, if it occurs, will unfold on timescales of hours to days with consequences that are irreversible. Unlike air combat, where a pilot can fly hundreds of training sorties before seeing real action, a Space Force operator may face their first real conjunction threat or jamming event with zero hands-on practice. The physics of orbital mechanics are deeply unintuitive — a maneuver that seems logical (burn toward your target) actually takes you to a different orbit. Without extensive simulation training, operators will make physics errors under the stress of combat that waste precious propellant or expose satellites to unnecessary risk. The downstream effect is that combatant commanders cannot trust that their space operators can execute complex orbital maneuvers under pressure. This lack of confidence means that offensive space options are unlikely to be presented or selected in a crisis, effectively removing an entire domain from the joint warfighting toolkit. The U.S. has invested over $20 billion per year in military space, but the human operators who would employ those assets in conflict get less training time than a commercial airline pilot. The problem persists because building a realistic orbital combat simulator requires combining orbital mechanics engines, RF propagation models, cyber attack/defense simulations, and intelligence feeds into a single integrated environment — a software integration challenge that crosses multiple classification levels and contractor boundaries. Each satellite program has its own proprietary command-and-control software, and no single simulation can replicate all of them. The Space Force's acquisition of the Kobayashi Maru training system is a step forward, but it remains limited to unclassified scenarios and a narrow set of satellite types. At the root, the Space Force is the newest military branch (established 2019) and inherited its training infrastructure from Air Force Space Command, which treated space as a support function rather than a warfighting domain. Building a warfighter training culture from scratch — with realistic simulators, recurring exercises, and a competitive red team — requires sustained investment that competes with hardware procurement for a limited budget.