Did you ever wonder how Nanosatellites are being launched ?
Well, Meidad Pariente has edited a video produced by the Aalto-1 team that explains how such a task is performed.
Both the edited and original videos are shown.
Aalto-1 is a student CubeSat project of Aalto University, Finland that plans to operate at VHF-UHF and there will also be an S-band transmitter. Up to 8 watts of power will be available from the Solar panels.
Students working on the Aalto-1 CubeSat have released two new videos. In the first video Systems Engineer Antti Kestilä gives a brief introduction to the amateur radio VHF/UHF ground station on the roof of ELEC building at Aalto University Otaniemi campus.
The second video is an animation showing most of the Aalto-1 mission phases.
Aalto-1 is a student satellite project of Aalto University, Finland. When launched, it will be Finland’s first satellite. It is planned to operate at VHF-UHF and there will also be an S-band transmitter. Up to 8 watts of power will be available from the solar panels.
The main payload of the satellite is a novel tiny Fabry-Perot imaging spectrometer, developed by VTT, Finland. The primary scientific goal of the mission is to demonstrate the feasibility of MEMS Fabry-Perot spectrometers for space applications. This miniature technology can be used in nanosatellites for large a variety of remote sensing applications in the future.
High spectral resolution images can be used for water quality monitoring and land use classification.
Students working on the Aalto-1 CubeSat have released a 4 minute video showing a visualization of the launch and deployment of the satellite.
Aalto-1 is a student satellite project of Aalto University, Finland.
When launched, it will be Finland’s first satellite.
It is planned to operate at VHF-UHF and there will also be an S-band transmitter. Up to 8 watts of power will be available from the Solar panels.
The main payload of the satellite is a novel tiny Fabry-Perot imaging spectrometer, developed by VTT, Finland. The primary scientific goal of the mission is to demonstrate the feasibility of MEMS Fabry-Perot spectrometers for space applications. This miniature technology can be used in nanosatellites for large a variety of remote sensing applications in the future.
High spectral resolution images can be used for water quality monitoring and land use classification.
Watch Aalto1 Mission // visualization project status for Winter Seminar
Watch a Finnish TV show from 2010 about the project
Students working on the Aalto-1 CubeSat have released a 4 minute video showing a visualization of the launch and deployment of the satellite.
Aalto-1 is a student satellite project of Aalto University, Finland. When launched, it will be Finland’s first satellite.
It is planned to operate at VHF-UHF and there will also be an S-band transmitter. Up to 8 watts of power will be available from the Solar panels.
The main payload of the satellite is a novel tiny Fabry-Perot imaging spectrometer, developed by VTT, Finland. The primary scientific goal of the mission is to demonstrate the feasibility of MEMS Fabry-Perot spectrometers for space applications. This miniature technology can be used in nanosatellites for large a variety of remote sensing applications in the future.
High spectral resolution images can be used for water quality monitoring and land use classification.
Watch Aalto1 Mission // visualization project status for Winter Seminar
The Aalto-1 project featured on Finnish TV – YLE TV1 2010 09 17 183019
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