Today NASA - National Aeronautics and Space Administration Astronauts Danny Olivas and Carl Walz visited Radboud University and the PR⁴ Space lab, connecting with our students, and showing great interest in the team's work. 📷 by Frank Timmers
PR⁴ Space
Productie van onderdelen voor de lucht- en ruimtevaart
PR⁴ is a student team working to design and build an interferometry-based localisation system for scientific rockets
Over ons
PR⁴ is multidisciplinary student team with a split focus on radiation measurement and radio interferometry.
- Website
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https://pr4.space
Externe link voor PR⁴ Space
- Branche
- Productie van onderdelen voor de lucht- en ruimtevaart
- Bedrijfsgrootte
- 11 - 50 medewerkers
- Hoofdkantoor
- Nijmegen
- Type
- Non-profit
- Opgericht
- 2018
Locaties
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Primair
Heyendaalseweg 135
Nijmegen, NL
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Groene Loper 19
Eindhoven, NL
Medewerkers van PR⁴ Space
Updates
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(2/2) The second paper to be published in the proceedings of the 26th ESA Symposium on European Rocket and Balloon programmes and related research, held in Lucerne last may, is about the radiation measurement experiment of the team. Publishing these two papers would not have been possible without the support of the Radboud Radio Lab at Radboud University, the Electronic Systems group at Technische Universiteit Eindhoven, the REXUS/BEXUS organisation along with SSC - Swedish Space Corporation, ZARM, MORABA GROUP, Rymdstyrelsen, German Aerospace Center (DLR) and European Space Agency - ESA. Furthermore, the team has been sponsored by Hamamatsu Corporation, HARTING Technology Group, NXP Semiconductors, Coilcraft, Inc. and AISLER. Special thanks go to our supervisors and mentors Roel Jordans, Christiaan Brinkerink, Sjoerd Timmer, Bjarni Pont, Armelle Frenea Schmidt, Esmée Menting and Paolo Concari.
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(1/2) Last week, the PR⁴ Space team finished two papers that will be published in the proceedings of the 26th ESA Symposium on European Rocket and Balloon programmes and related research. In october, the papers will be published here: https://lnkd.in/e9SArMiT For those who cannot wait, the first paper can already be found attached! 🚀
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PR⁴ Space heeft dit gerepost
Misschien heb je wel eens naar een live raketlancering gekeken van NASA of SpaceX, en daarbij ook wel dat gespannen gevoel gehad terwijl er van 10 werd afgeteld tot lancering. Maar hoe gaat zo'n lancering nou eigenlijk in zijn werk? En wat als je daar zelf bij mocht zijn? Deze aflevering gaan Sophie Schot en Bob Stienen in gesprek met Sam en Daan, studenten en lid van het PR4-space team. In dit team ontwikkelen zij experimenten die vervolgens gemonteerd worden op een raket, die wordt gelanceerd. En daar zijn zij zelf van begin tot eind bij betrokken. Hoe ontwerp je eigenlijk een experiment dat op een raket zit? En wat doe je als er, net voor lancering, iets stuk gaat? 🎧 Beluister de podcast nu: https://lnkd.in/eQcqkXWD IMAPP research Radboud University
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PR⁴ Space heeft dit gerepost
🚀 PR4 PR⁴ Space: Payload for Radio-interferometry and Radiation measurement on Rockets Revisited The two-part payload has been successfully flown on REXUS 31 rocket. The first experiment uses radio-interferometry for live location and orientation tracking of the sounding rocket during flight. The second experiment performs astrophysical measurements by characterizing the flux and arrival direction of cosmic rays using a detector built to CubeSat specifications. The 5 receiver stations received data during flight and the cosmic radiation data have been recorded. The team has already presented some preliminary results at the PAC Symposium in Luzern! ✨ #rexusbexus #studentproject #engineering #science #scienceandtechnology #rocket #rocketscience #space #microgravity #balloon #stratosphere ESA Academy
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PR⁴ Space heeft dit gerepost
For the interested, a little piece on the mechanical design of one of the parts inside the module of PR⁴ Space on board Rexus 31 (REXUS/BEXUS). Enjoy reading!
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Launch Campaign 🚀 - Day 9 On the last day before lift off at the REXUS/BEXUS launch campaign, the team has done final preparations on the beacons of the radio interferometry experiment. After this, we have signed our experiment ready for launch!
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Launch Campaign 🚀 - Day 8 The alarm went off early for the team as we had the first launch of the campaign! REXUS 32 launched at 6.15 AM carrying four experiments of student teams participating in the REXUS/BEXUS campaign! The rocket was successfully recovered and the first experimental results look promising. Our experiment is on the REXUS 31 rocket, which was rolled out and is now scheduled to be launched on thursday 14th of march at 11 AM if there are no weather delays.