CUSP (Italy) Spacecraft - Nanosats Database

Name	CUSP (Italy)
Spacecraft type	CubeSat
Units or mass	6U
Organization	Italian National Institute for Astrophysics (INAF)
Institution	Institute
Entity type	Government (Civil / Military)
Country	Italy
Manufacturer	AIVT by ?
Operator	?
Partners	IMT, Università di Bologna, SCAI Connect, Università degli Studi della Tuscia
Oneliner	Measure the linear polarization of the X-rays coming from solar flares using a Compton diffusion polarimeter.
Description	The CUSP (CUbesat Solar Polarimeter) mission will measure the linear polarization of the X-rays coming from solar flares using a Compton diffusion polarimeter and orbiting on a Solar Synchronous Orbit (SSO, 500-600 km). Solar flares, together with coronal mass emissions, can pose a serious risk to the functioning of electronic and electrical devices orbiting the Earth and the ground. The polarization of X-rays allows us to directly study the acceleration mechanism of charged particles that takes place following the magnetic reconnection on the Sun. The CUSP mission, with its two CubeSats in orbit around the Earth, will contribute not only to the study of heliophysics. but will also complement the Space Weather networks for the prediction of these violent solar phenomena. The team of Research Intitutions, Universities and companies that will implement CUSP is made up of INAF-IAPS, which plays the role of Prime Contractor and is responsible for the realization of the scientific instrument in collaboration with SCAI Connect s.r.l., IMT s.r.l. which is responsible for the implementation of the CubeSat platform, the University of Bologna which is responsible for the Mission Study and the University of Tuscia which is responsible for the ground station.
Sources	[1] [2]
Photo sources	[1] [2]

Related Spacecraft

Satellite	Status	Rocket	Date	Orbit
CUSP A (CUbesat Solar Polarimeter)	not launched	not launched	2027-12-30	not launched
CUSP B (CUbesat Solar Polarimeter)	not launched	not launched	2027-12-30	not launched

Last modified: 2024-12-20