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RadMag: Space Weather Monitoring Satellite for Cosmic Ray Environment

RadMag is a CubeSat space weather monitoring instrument that combines cosmic ray and magnetic field measurements in a small, cost-effective package. Developed by C3S LLC and MTA Centre for Energy Research, RadMag aims to enhance future space weather studies and radiation damage monitoring. The instrument is equipped with advanced features such as built-in boom systems and radiation hardness assurance capabilities. The RADCUBE mission, expected to launch in Q1 of 2020, will demonstrate RadMag's capabilities, paving the way for future CubeSat constellations for space weather monitoring services. Thank you for your attention!

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RadMag: Space Weather Monitoring Satellite for Cosmic Ray Environment

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  1. Dr Andrea Stradi, environmentalresearcher onbehalf of Mr Balazs Zabori, project manager RadCube: The SpaceWeather Monitoring Satellite MTA Centre forEnergy Research C3S Electronics Development LLC

  2. Technologydependenceinthespaceage Credit: ESA Credit: Wikipedia • Spaceweatherinfluences • Satelliteservices • Groundinfrastructures • Mannedspaceflights • FutureLunar/Mars missions CROSS Network: SpaceWeatherForecast System

  3. Weneedspaceweather monitoring services! cost–effectivesolution: fleetof CubeSats Fleet of CubeSats and GroundStations Users Cosmicrayenvironmentinformationsystem Spaceweather/ radiationdamagerelateddatabase esa.int Spaceweather/ radiationdamageforecastservices energiaportal.mvmp.hu http://computerworld.hu http://www.postamuzeum.hu CROSS Network: SpaceWeatherForecast System

  4. Similarmissions • Mainlybigsciencesatellitemissions • No existingspaceweather monitoring network • No instrumentationwiththefollowingcapabilities: • Measuringcosmicrays and magneticfieldatthesametime • Including a small boom systemtosupportthemagneticfieldmeasurements • Includingradiationhardness test capabilities • Realisedwithintheconstraints of a 3U CubeSatmission CROSS Network: SpaceWeatherForecast System

  5. RadMaginstrumentconcept RadMag = Cosmic Radiation and Magnetic Field Instrument Package Spaceweather monitoring bycombination of cosmicray and magneticfieldmeasurementsintooneinstrument Specification is reflectingto ESA SSA SWE productrequirements Cosmicraymeasurementsbysiliconbasedtelescopes: proton, electron, HZE spectraseparately In-board and outboard 3-axis magnetoresistivesensor Built-in boom systemtosupportthemagneticfieldmeasurements Built-indoserate monitoring and RadiationHardnessAssurance (RHA) capabilities Smallsizeto fit forCubeSat/SmallSatmissions (fitting ~1.2U CubeSat standard) Low-cost alternative in future space weather studies and forecast services and in general radiation damage monitoring for commercial use Instrumentdevelopmentwithin ESA GSTP programme CROSS Network: SpaceWeatherForecast System

  6. RadiationSensor System specification Magnetometerspecification CROSS Network: SpaceWeatherForecast System

  7. RADCUBE mission Platform systems ADCS RadMaginstrument CROSS Network: SpaceWeatherForecast System

  8. RADCUBE in-orbitdemonstrationmission • Futurevision: CROSS Network = Cosmic Ray ObservatorySatellite System In-orbitdemonstration 3U CubeSatmissionwithin ESA GSTP 6.3 programme Lead by a HungarianCubeSatCompany (C3S LLC) Project is reachingthe CDR Expectedlaunch: Q1 of 2020 CROSS Network: SpaceWeatherForecast System

  9. CROSS Network = Cosmic Ray Observatory Satellite System 4U 8U 2U Here Here Multi-Payload and Multi-Sat concept C3S provides6/12U platformsfor MTA-EK’sRadMag 2.0 (~2.5U) The rest of the free unitscan be rented CROSS Network: SpaceWeatherForecast System

  10. Summary • New spaceweather monitoring instrumentdevelopment: RadMag • Uniquecombination of cosmicray and magneticfieldmeasurementsintooneinstrument • Verysmallsizeto fit forCubeSat/SmallSatmissions (fitting ~1.2U CubeSat standard) • Built-in boom systemtosupportthemagneticfieldmeasurements • Relatively low-cost alternative forfuture space weather studies and in general radiation damage monitoring for commercial use • Instrumentdevelopmentjustnowpassed PDR and movingintophase C • 1st IOD Mission: RADCUBE 3U CubeSat • Expectedlaunch is Q1 2020 • Futurevision (CROSS Network): CubeSat/SmallSatconstellationforspaceweather and radiationdamage monitoring services CROSS Network: SpaceWeatherForecast System

  11. Thankyouforyourattention!Web: spacedosimetry.comE-mail: zabori.balazs@energia.mta.hu

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