On June 17,h 2010 at 20:30 (UTC) a Long Duration Balloon has been launched from the Nobile Amundsen base (76° 31' 26.0" N 84° 30' 55.4" W, Svalbard Islands) carrying on board the most recent Iridium® telemetry module built by an Italian factory in collaboration with an Italian research institute. The payload landed successfully on June 20th 2010 at 21:00 58 (UTC), 76° 30' 44.2" N 84° 40' 31.1" W, about 280 m a.s.l. The Bi-directional Iridium Telemetry (BIT) represents the last application of a prototype module (MSITel) whose development began years ago. A small CZT detector has been used to allow full testing of the scientific input channel. The BIT telemetry provided a true real time control and monitoring of the whole payloads through a full duplex Iridium link, all over the flight, including the ballast release and the flight termination. This BIT unit was able even to take pictures using two onboard webcams that were packed and sent to ground in low resolution mode. All the data has been stored into on board memory sticks and recovered for complete post flight data analysis. The SURECA BIT-10 mission, that once again has demonstrated the capabilities and the reliability of the MSITel module, has accomplished thanks to the joint effort of the Italian Space Agency and the Andoya Rocket Range that made feasible Long Duration Balloon flights from Northern Polar Region.

The SURECA BIT-10 Long Duration Balloon mission: A successful qualification test for a new Iridium® telemetry

Cardillo A;Zappettini A
2011

Abstract

On June 17,h 2010 at 20:30 (UTC) a Long Duration Balloon has been launched from the Nobile Amundsen base (76° 31' 26.0" N 84° 30' 55.4" W, Svalbard Islands) carrying on board the most recent Iridium® telemetry module built by an Italian factory in collaboration with an Italian research institute. The payload landed successfully on June 20th 2010 at 21:00 58 (UTC), 76° 30' 44.2" N 84° 40' 31.1" W, about 280 m a.s.l. The Bi-directional Iridium Telemetry (BIT) represents the last application of a prototype module (MSITel) whose development began years ago. A small CZT detector has been used to allow full testing of the scientific input channel. The BIT telemetry provided a true real time control and monitoring of the whole payloads through a full duplex Iridium link, all over the flight, including the ballast release and the flight termination. This BIT unit was able even to take pictures using two onboard webcams that were packed and sent to ground in low resolution mode. All the data has been stored into on board memory sticks and recovered for complete post flight data analysis. The SURECA BIT-10 mission, that once again has demonstrated the capabilities and the reliability of the MSITel module, has accomplished thanks to the joint effort of the Italian Space Agency and the Andoya Rocket Range that made feasible Long Duration Balloon flights from Northern Polar Region.
2011
Istituto dei Materiali per l'Elettronica ed il Magnetismo - IMEM
Istituto di Scienza e Tecnologie dell'Informazione "Alessandro Faedo" - ISTI
9789290922643
Balloon flight in polar regions
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Descrizione: The SURECA BIT-10 Long Duration Balloon mission: A successful qualification test for a new Iridium® telemetry
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/258265
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