NEMO

This experiment is called NEMO, Nordic Experiment Measuring Ozone. The goal with the experiment is to measure the ozone concentration in the atmosphere by using a standard Ozone sonde type Vaisala. Data will be sent to the ground station in real time and the raw data will be presented and handled by the use of MATLAB.

MMSP

This experiment is called MMSP, MultiMotive Stratospheric Photography. Pictures will be taken during flight to be evaluated afterwards. This experiment will be used to document the progress of the automatic tracking of the sun by solar panels in the SOLKLART experiment.

ADIA

AIDA is an experiment for Altitude Determination by Image Analysis. The goal is by using a PC/104, a low cost webcam and a microcontroller (together with the information from image analysis) to control the movements of the camera, to make it pointing towards the horizon, taking snapshots during the whole balloon flight. Other surveys that can be implemented with the same equipment would be used to decide atmospheric disseminations, i.e. how blue the atmosphere is at various heights.

Solklart

The main purpose with this experiment is to compare a fixed mounted solar panel with a solar panel automatically directed toward the sun. Check the current difference between the two solar panels. Investigate if the automatically adjusted solar panel is capable of charging a battery and keep the system operational. Investigate the reliability for operating in space environment.

Sadface

This experiment is called SADFACE, Sampling of Air During Float and AsCEnt. The goal is to take samples of the ambient air during ascent and float of the balloon flight.

MULLE

Balloon Tracking

High School Experiments (Hjampis)

High School Experiments (Rymdgymnasiet)

Sint Pieterscollege, Belgium