Balloon-Assisted UAV Brings Back Stratospheric Aerosol Samples From Altitude of 22km in Antarctica 1

Balloon Assisted UAV stratospheric aerosol sample-b

Phoenix-S1 returned to S17 from the altitude of 23km.

30 March 2015
National Institute of Polar Research (NIPR)
Fukuoka University
Kyushu University

Balloon assisted UAV stratospheric aerosol sample

Phoenix-S1 just after balloon release

A balloon-assisted UAV (Unmanned Aerial Vehicle) named “Phoenix-S1,” developed by Kyushu University and Fukuoka University, Japan, has successfully brought back stratospheric aerosol samples from the altitude of 22 km and observed aerosol density at the altitude of 23 km in Antarctica on January 24, 2015.

The observation was performed as one of the summer activities of the 56th Japanese Antarctic Research Expedition (JARE-56, the leader: Professor Yoshifumi Nogi, NIPR). Phoenix-S1, after launch from an observation site called “S17” on Antarctic continent ice sheet, climbed up being suspended under a rubber balloon while aerosol number density observation and sampling are performed.

After the natural burst of the balloon at an altitude of 23 km, the UAV descended by a parachute, then started gliding back to the surface autonomously by separating the parachute and retrieved at S17 successfully.

The maximum observation altitude this time is unprecedentedly high as the observation altitude using UAVs and even manned aircraft. This method is quite effective to retrieve observation apparatuses and aerosol samples from upper atmosphere easily at low cost. (Continue)

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