The GLACiER Project in the IGLUNA ESA Lab Demonstrator Project
- Paper number
IAC-19,A3,IP,16,x51043
- Author
Mrs. Julia Wajoras, Poland, Students Space Association, Warsaw University of Technology
- Coauthor
Mrs. Edyta Żak, Poland, Students Space Association, Warsaw University of Technology
- Coauthor
Mr. Tomasz Mis, Poland, Warsaw University of Technology (WUT)
- Coauthor
Mr. Michał Kazaniecki, Poland, Students Space Association, Warsaw University of Technology
- Coauthor
Mr. Karol Bresler, Poland, Warsaw University of Technology (WUT)
- Coauthor
Mr. Damian Grabowski, Poland, Students Space Association, Warsaw University of Technology
- Year
2019
- Abstract
The Moon has been recently an object of interest for many space institutions, both governmental and private. The plans to settle a permanent lunar base for humans come with many jeopardies. One\,of them is a question of safety of astronauts performing an EVA – an extravehicular activity. Both habitat\,and\,astronaut need to maintain steady communication\,and\,telemetry exchange\,in\,order\,to\,maximise the\,safety factor\,of\,an\,astronaut\,and\,the\,mission itself. The GLACiER project is highly focused on this manner. During a simulated lunar mission in extreme environment in Swiss Alps, the astronaut is being localised outside the habitat by a wireless radio system in real time. The localisation system consists of three stationary beacons and one receiver mounted on the astronaut. Using signals received from the beacons and a trilateration algorithm, astronauts’ on-board computer calculates their position with regard to the beacons. Moreover, a real time text communication system between the astronaut and the habitat is provided to allow sending emergency messages. Environmental information such as speed of wind or temperature is sensed during the operation to help the team decide if it is safe for the astronaut to perform an EVA or if the astronaut located outside the habitat should head back. The oral presentation at the IAC will cover philosophy and technical design of the GLACiER project followed by a discussion of experimental results from the Field Campaign (held in Zermatt, Switzerland in June 2019) and overall conclusions and lessons learned. The GLACiER project discussed in this paper is conducted in the frame of the IGLUNA project. Led by the Swiss Space Center, IGLUNA is a demonstrator pilot project aimed at supporting and accelerating the ESA\_Lab initiative.
- Abstract document
- Manuscript document
(absent)