Texas State University Launches First Satellite

The student-designed PROVES-Maia satellite aims to study radiation in the Earth's atmosphere.

Updated on Oct. 20, 2026 in Space

A small metallic satellite with solar panels orbiting above the curved, blue horizon of Earth against a dark space background. — Texas State University launched its first student-developed satellite, PROVES-Maia, aboard a SpaceX rocket to measure atmospheric gamma radiation for NASA. AI Illustration. Upload story photo >

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Texas State University has successfully launched its first satellite, the PROVES-Maia, aboard a SpaceX Falcon 9 rocket. The mission, funded by NASA, focuses on testing an open-source platform designed to measure how the atmosphere protects Earth.

Why it matters

The project demonstrates the viability of the PROVES open-source satellite kit, potentially lowering barriers for future academic space research. By studying gamma radiation, the mission provides data on the atmospheric shielding that protects our planet.

The PROVES-Maia satellite represents the culmination of seven years of development and planning. Engineers conducted extensive vibration testing in Houston to ensure the hardware could withstand the rigors of a Falcon 9 launch.

The players

Texas State University

This is a public research university that serves as the originating institution for the PROVES-Maia satellite mission.

NASA

This is the United States government agency responsible for the civilian space program and funding the CubeSat Launch Initiative.

SpaceX

This is a private aerospace company that operates the Falcon 9 launch vehicle used to deliver the satellite into orbit.

The details

As part of the Pleiades Five Program, the satellite carries a student-developed detector to monitor gamma rays. The team also performed rigorous software testing to verify communication systems before the spacecraft reached orbit.

October 13, 2026: The PROVES-Maia satellite launched on a Falcon 9 rocket.

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The Big Picture

This story follows the pattern set by the NASA CubeSat Launch Initiative, which seeks to standardize access to space for university-level research projects. The success of this mission validates the use of open-source hardware in orbital science.

The successful deployment of the PROVES platform could significantly reduce costs for future scientific satellites by using standardized, student-designed components. This democratization of space technology may lead to increased atmospheric data collection that informs climate and radiation models.

The takeaway

The successful launch marks a significant milestone for university-led space exploration by proving that accessible, open-source technology can perform complex atmospheric research. Aspiring researchers can look to this project as a successful blueprint for integrating hardware development with real-world scientific data collection.