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| general:balloon_trajectory_forecasts [2009/01/18 18:38] – rocketboy | general:balloon_trajectory_forecasts [2020/01/21 15:46] (current) – rocketboy |
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| ====== Balloon Trajectory programs ====== | ====== Balloon Trajectory programs ====== |
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| * [[http://www.srcf.ucam.org/~cuspaceflight/predict/index.php|CU Spaceflight Landing Predicton]] - Similar to wyoming however is quicker to run and has more variables such as ascent and drag factor so you can tailor make your predicted trajectory flight path. | * [[http://www.habhub.org/predict|CU Spaceflight Landing Predicton]] - Similar to wyoming however is quicker to run and has more variables such as ascent and drag factor so you can tailor make your predicted trajectory flight path. |
| * [[http://weather.uwyo.edu/polar/balloon_traj.html|University of Wyoming's Balloon Trajectory program]] - Assumes about a 270m/min (4.5m/sec) ascent rate and 4.9m/sec (low altitude) descent rate. | * [[http://weather.uwyo.edu/polar/balloon_traj.html|University of Wyoming's Balloon Trajectory program]] - Assumes about a 270m/min (4.5m/sec) ascent rate and 4.9m/sec (low altitude) descent rate. |
| * [[http://nearspaceventures.com/w3Baltrak/readyget.pl|Near Space Ventures Flight Track]] - Online version of Bill Browns original BASIC Balloon Track (appears to just use US Weather Stations) Try WATTISHAM RAF(03590), COLTISHALL (03495), HEMSBY (03496) as nearest WMO stations to Cambridge. | * [[http://astra-planner.soton.ac.uk/|University of Southampton's Balloon Trajectory program]] - Can run Monte Carlo Simulation to give spread of likely landing area. |
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