Lunar Mission BW1
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Universität Stuttgart

Lunar Mission BW1 - Science

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Scientific Research

For passive and active remote sensing in different areas of the electromagnetic spectrum from a high inclined, low lunar orbit an approximate payload mass of 15-20% is planned including the subsystem monitoring sensors. The visual, near-infrared and thermal infrared cameras as well as the KA/S-band system from the FLYING LAPTOP mission may be adapted for the LUNAR MISSION BW1 if they meet the mission requirements. Currently the process of payload selection is in progress and not yet finished.

Topics of special interest include:

- Multispectral Measurements
- High Resolution Mapping
- Cislunar and Interplanetary Exploration
- Advanced Technology

 

Multispectral Measurements:
- Visible to Infrared Range
- Reflectance Measurements

 

High Resolution Mapping:
- Stereoscopic Images
- Mineralogical Composition of the Lunar Surface
- Digital Terrain Model combined with Multispectral Data
- Lunar Polar Water
- Future Landing Site Selection
- Remnant Localisation

 

Cislunar and Interplanetary Exploration:
- Gravity and Magnetic Fields
- Second Moon: Kordylewski Cloud
- Near Earth Objects
- Radiation Measurements

 

Advanced Technology:
- Electric Propulsion System
- Attitude and Orbit Control System
- Target Pointing
- Observation Mode
- Stereo Images VIS/NIR
- TIR Images (GSD ~ 10m)
- High Frequency and Microwave Communication
- Radar Sounding at S-/Ka-Band
- Microelectronics and Miniaturization
- Computer Architecture with FPGAs
- Neuronal Networks
- Relay Function
- Advanced Materials
- Impact Experiment
- Technology out of LEO