How a single rocket launch serves both NASA and the military

Space · Published 12 October 2026 Swipe more like this →

In short: On November 19, a Minotaur I rocket ascended from Virginia, carrying more than just a primary payload. This ORS-3 mission was designed as an 'enabler,' testing critical improvements in range safety and trajectory targeting that benefit both civilian and military space operations.

Aiming to achieve two goals, the ORS-3 mission will depart from NASA’s Wallops Flight Facility via Pad 0B at the Mid-Atlantic Regional Spaceport. Known as an enabler mission, its primary objective is to demonstrate and validate significant improvements for both NASA and the military. These technical advancements include automated trajectory targeting, enhanced range safety planning, and improved flight termination systems.

Beyond these systemic tests, the mission carried a diverse array of hardware into orbit. While the primary payload was the Air Force’s Space Test Program Satellite-3 (STPSat-3), the rocket also transported approximately 28 small cubesat satellites. This diverse cargo included NASA’s PhoneSat 2, a second-generation smartphone mission from the Small Satellite Program, and a notable milestone: the first cubesat built by high school students.

The mission also plays a role in broader regulatory frameworks. This deployment assists the Federal Aviation Administration (FAA) in certifying the Minotaur rocket. As the authority over American commercial rockets, the FAA oversees the licensing required for such operations. This mission highlights the complex intersection of military technology demonstrations and civilian research initiatives, such as the thirteen cubesats provided through NASA’s Cubesat Launch Initiative.

By testing these capabilities in a real-world launch environment, the ORS-3 mission helps refine the infrastructure used for future space access. The integration of various payloads—from high-level military technology to student-led educational projects—demonstrates the versatility of modern launch vehicles in supporting a wide spectrum of orbital objectives.

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