RocketStar suborbital test flight will include student payloads – BollyInside

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Two experimental payloads built by college students were incorporated into a Rocketstar suborbital test flight the following month.

Students at Brigham Young University and the University of Central Florida provided an experimental payload developed by TriSept Corp. Built into a 10-meter-tall cowbell rocket by RocketStar, based in New York.

The UCF payload is intended to simulate asteroid particle activity during suborbital flight. Students who have flown similar payloads on the International Space Station are using their device to study particle collisions. Students at the BYU College of Engineering provided a suite of sensors for measuring motion, acceleration, and vibration onboard the rocket.

“We are pleased to partner with TriSept and RocketStar to test flight motion payloads and work with flight-ready safety software on our maiden voyage into space,” the statement said.

Aiming to develop a single-stage orbital launch vehicle, Rocketstar completed nine suborbital launches and Cowbell flew to an altitude of 15 kilometers.

Data from the student payloads will help RocketStar characterize the flight environment of future payload customers, RocketStar CEO Chris Craddock told.

In March 2023, Rocketstar will return to Space Force Station in Cape Canaveral, Florida, for flight testing of a large rocket with a payload capacity that “could exceed 150 kilograms,” Craddock said. . The suborbital launch in September is the first suborbital test of TriSept’s new satellite security operating system. An operating system called TriSept Security Enhanced Layer eliminates vulnerabilities and secures all satellite operations, said Jason Armstrong, TriSept’s Director of Launch and Integration Services.

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  • RocketStar suborbital test flight will include student payloads
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