BIRDS 5 missions are to be executed by a constellation of 4 satellites which are 3x 1U and 1x2U cubeSats.
Land Use and Cover The satellite images taken by COTS multispectral camera with a spatial resolution of 100m shall be used to investigate land Use and cover such as crop health, soil adjusted vegetation index, cultivated area and leaf chlorophyll index using NDVI Images.
Soil Fertility Moreover, the multispectral camera shall be used to capture images of the member countries. The images shall facilitate analysis of the nitrogen/fertility level of soil using GIS software.
Water Quality Assessment Satellite images of dams and lakes captured by a COTS multispectral camera shall be used as a demonstration of water quality assessment using 1U satellite with spatial resolution of 100m.
Attitude Visualisation Satellites attitude visualisation is obtained by getting the gyro data and solar panel voltage. 3D satellite models are also visualised based on these results. This mission assists in accurate image capturing of targeted areas of concern from the participating countries.
Automatic Packet Reporting System (APRS) digipeater APRS shall provide digital message relay service to the amateur radio community by means of digipeating. The APRS digipeater on-board BIRDS-5 CubeSats will use 145.825 MHz for both receiving and transmitting signals. 145.825 MHz is a standard commercially available frequency used by other satellites such as ARISS and LAPAN-A2.
BIRDS-NEST BIRDS-NEST (NEST = Network of Educational SaTellites) is a phone application displaying data of BIRDS satellites. BIRDS-NEST is free, providing knowledge and raising awareness about space around the world.
On-board Image Classification On the Image Classification mission, the satellite classifies the images based on machine learning algorithms and downlink the results. This improves the efficiency of the data downlink process and a large CubeSat image dataset shall be created for future machine learning applications.
Particle Instrument for Nano-satellite (PINO) PINO carries solid-state detectors, which are designed to detect high-energy electrons in space. PINO’s field-of-view directs along the geomagnetic field since the high-energy electrons precipitate along the magnetic field lines. PINO provides monitoring of the space environment at an altitude of approx. 400km, which could be useful for forecasting space weather.
Store-and-Forward (S&F) S&F mission demonstrates data/message system in line with the Universal Amateur Radio Text. S&F mission has 2 primary aims:
- To collect solar illumination measurements from remote sensors and forward the data to the ground stations.
- To collect data related to possible disaster predictions such as landslides.