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AUTONOMOUS CUBESAT SWARMS IN LEO.

A 1U Cubesat is about 10 cm X 10 cm X 10cm and satellite weighing 1.33kg. An advantage of a Cubesat is the ease of manufacturing, low cost and easy scalability. Therefore, an autonomous Cubesat swarm (20 satellites) with swarming capability is proposed to be launched in LEO for remote sensing mission.

Challenges

Challenge #1.5 DISC-II was launched
Challenge #2.3 AUTONOMOUS ONBOARD SYSTEM FOR SMALL LEO SATELLITES CAPABLE OF SCHEDULING INTER-SATELLITE DATA COMMS WITH GEO DATA RELAY SATELLITE.
Challenge #2.5 BEAM STEERING ANTENNAE FOR HIGH SPEED INTER SATELLITE DATA LINKS FOR LEO SATELLITES.
Challenge #3.3 MULTIBAND RF SENSOR DATA PROCESSING AND ANALYSIS SYSTEM.
Challenge #6 MINIATURISED MULTI-PAYLOAD SATELLITE (EO, IR, SAR, HYPER SPECTRAL) UPTO 150 KGS.
Challenge #19 SECURE, COMPACT, HANDHELD SATPHONE CAPABLE OF MULTIMEDIA (VOICE/DATA/IMAGE/VIDEO/PNT) TRANSMISSION/RECEPTION.
Challenge #20 SECURE, SPACE BASED TROOP/CONVOY MANAGEMENT PLATFORM USING SATCOM AT DEDICATED CONTROL CENTRES.
Challenge #21 GEO SATELLITE SUPPORTED IOT PLATFORM FOR REAL-TIME MONITORING OF REMOTE FACILITIES/ASSETS FROM DEDICATED CONTROL CENTRES.
Challenge #32.1 DEVELOPMENT OF NANO AND MICRO IMAGING SATELLITES FOR LOD .
Challenge #35 AUTONOMOUS CUBESAT SWARMS IN LEO.
Challenge #35.1 ATTITUDE DETERMINATION AND CONTROL SYSTEM (ADCS) FOR CUBESATS.

Challenges CPT

AUTONOMOUS CUBESAT SWARMS IN LEO.

Challenges