Low Thrust Propulsion
Our Research in CubeSat Propulsion
We Research focus on the the Theoretical, Mathematical, Numerical and Experimental aspects of electric Propulsion thrusters.
HALL EFFECT THRUSTER
HALL THRUSTER TEST FACILITY
THRUSTER
INTOSPACE project coordinated by SIA ASPC LAB with other EU member companies and research agencies, proposed the investigation, design, manufacturing, integration, and testing of an innovative heatless cathode based on carbon nanotube arrays for the gas ionization to be coupled with a 85 mN Hall-Effect Thruster fed by a cheaper Krypton propellant. In fact, CNT Field emission cathodes (FECs) provide a promising alternative, due to the following benefits:
(i) No propellant is consumed in FECs, and therefore the whole system-specific impulse can be increased;
(ii) Reduction of the propulsion system power requirements;
(iii) Fast starting time;
(iv) Reduction of cathode ordinary wear
Key partners of the project
ASPC LAB at SIA - La Sapienza
GUASS Srl Italy
Gmv Aerospace and Defense Spain
Berlin Space Consortium BSC Germany
lviv Polytechnic National University - Ukraine
ION PROPULSION
SOLID PROPELLANT THRUSTER
DESIGN AND SIZE
BLACK CARBON BASED MICRO ROCKET
AP- HTPB MICRO ROCKET
In collaboration with TEC.R.A.S. tecnologia per ricerca ambiente e scuola, L'Aquila, Italy
Key Design features :
Low-cost microthruster for CubeSat applications
Ease in producibility via 3D printing
Flexibility in installation within the CubeSat of 3U with available volume to payload mass
Possible to modulate the thrust and direction of thrust through the ignition of one or more micro rockets, at different positions that depend on the mission requirements.
MONOPROPELLANT THRUSTER
MONOPROPELLANT THRUSTER
Monopropellant Low Thrust Propulsion:
Sizing / CFD / experimental work based on Hydrogen Peroxide