The Merge of 3 Sub-Projects

Our nanosatellites' two most important sensor is the synthetic aperture radar (SAR) and the solar flares. The radar can provide imagery to make grids on the surface to better predict the danger of wildfire occurrence at a specific place and provide a better way to predict the path of a wildfire. The solar flare sensor can detect the output of the sun's energy to determine if it'll cause any anomaly within the atmosphere, such as affecting the rate of lightning because lightning is a major source of cause for wildfires.

The nanosatellite design closely corresponds to the nanosatellite network. The function of nanosatellite network has to be integrated into the devise. We have to ensure a channel for inter-satellite communication is available, namely a S-band communication system.

Reference: https://www.researchgate.net/publication/262821715_ESTCube-1_nanosatellite_for_electric_solar_wind_sail_in-orbit_technology_demonstration

https://hforsten.com/homemade-synthetic-aperture-radar.html

https://www.redalyc.org/journal/3094/309445724011/html/