Add to ORKGThe paper summarises on-going research into low-cost propulsion system options for small satellite missions at the University of Surrey. Recent results of the engine flight qualification tests of a 0.01 N water resistojet for the UoSAT-12 minisatellite are discussed. The research programme (done in collaboration with the United States Air Force Academy (USAFA) ) investigating nitrous oxide hybrids for small satellite upper stage application is described. A study (also done in collaboration with USAFA) studying the use of cold gas thrusters for microsatellite stationkeeping and constellation maintenance is presented. Future propulsion research work is summarise
To further the applicability of nano-satellites in large scale relevant missions, it is necessary th...
This thesis describes the development of a micro propulsion system. The trend of miniaturization of ...
The aerospace industry is recently experiencing growing interest in very small spacecraft like nano-...
The paper summarises on-going research into tow-cost propulsion system options for small satellite m...
The paper summarises on-going research into lowcost electric propulsion system options for small sat...
www.sstl.co.uk The advance in complexity and sophistication of small satellite missions is increasin...
The advance in complexity and sophistication of small satellite missions is increasingly requiring t...
Low-cost satellites need low-cost propulsion systems. The research summarised in this paper has focu...
Small satellites are emerging as the preferred platform for a wide variety of earth orbit and even i...
The Surrey Space Centre (SSC) has led the way in demonstrating the utility of microsatellite size sp...
Small Satellites are emerging as the preferred platform for a wide variety of earth orbit and even i...
Cold gas propulsion system is one of the best choices to perform an orbit maneuver, with a small vel...
Incorporating propulsion in small satellites is becoming a growing trend, due to its potential for e...
This paper described re-flight flight testing results of the miniature water propulsion system combi...
The number of micro and nano satellite projects is expanding. Main focus is on providing these small...
To further the applicability of nano-satellites in large scale relevant missions, it is necessary th...
This thesis describes the development of a micro propulsion system. The trend of miniaturization of ...
The aerospace industry is recently experiencing growing interest in very small spacecraft like nano-...
The paper summarises on-going research into tow-cost propulsion system options for small satellite m...
The paper summarises on-going research into lowcost electric propulsion system options for small sat...
www.sstl.co.uk The advance in complexity and sophistication of small satellite missions is increasin...
The advance in complexity and sophistication of small satellite missions is increasingly requiring t...
Low-cost satellites need low-cost propulsion systems. The research summarised in this paper has focu...
Small satellites are emerging as the preferred platform for a wide variety of earth orbit and even i...
The Surrey Space Centre (SSC) has led the way in demonstrating the utility of microsatellite size sp...
Small Satellites are emerging as the preferred platform for a wide variety of earth orbit and even i...
Cold gas propulsion system is one of the best choices to perform an orbit maneuver, with a small vel...
Incorporating propulsion in small satellites is becoming a growing trend, due to its potential for e...
This paper described re-flight flight testing results of the miniature water propulsion system combi...
The number of micro and nano satellite projects is expanding. Main focus is on providing these small...
To further the applicability of nano-satellites in large scale relevant missions, it is necessary th...
This thesis describes the development of a micro propulsion system. The trend of miniaturization of ...
The aerospace industry is recently experiencing growing interest in very small spacecraft like nano-...