• Title of article

    Overview of the development of the pathfinder ultra-long duration balloon system Original Research Article

  • Author/Authors

    Magdi A. Said، نويسنده , , David Stuchlik، نويسنده , , Brian Corbin، نويسنده , , Michael Smolinski، نويسنده , , Brian Abresch، نويسنده , , Christopher Shreves، نويسنده , , Robert Stancil، نويسنده , , Henry M. Cathey Jr.، نويسنده , , Scott Cannon، نويسنده ,

  • Issue Information
    دوهفته نامه با شماره پیاپی سال 2004
  • Pages
    6
  • From page
    1627
  • To page
    1632
  • Abstract
    The ultra-long duration balloon (ULDB) Pathfinder Project is developing a small pumpkin balloon system and a new communication package based on the iridium satellites technology to demonstrate a global, 100-day duration capability that is scalable to the full-scale ULDB. A set of trade studies has been conducted to determine the volume, mass and cost of the balloon system to support up to 90 kg payload mass to an altitude of 35 km. The Pathfinder test balloons will provide valuable data in the development of performance models for future ULDB flights. The iridium based communication package will include a power subsystem, a command and data-handling unit, a GPS receiver, and an iridium L-Band Transceiver (LBT) for global communications. The flight data will include, at a minimum: latitude, longitude, altitude, horizontal and vertical speeds, heading, time, and other balloon performance parameters (i.e., system voltages, temperatures, etc.). Although the system will be designed for global launch capability, initial flights will be launched from the proposed full-scale ULDB mission launch locations. This paper will present and discuss the initial series of trade studies conducted for the development of the pathfinder balloon and the design concept of the iridium based communication package.
  • Keywords
    Iridium based communication system , Pathfinder balloons , Scientific ballooning , Ultra-long duration balloon system
  • Journal title
    Advances in Space Research
  • Serial Year
    2004
  • Journal title
    Advances in Space Research
  • Record number

    1129438