Advancing technology has allowed for the development of low cost attitude control hardware for microsatellites. However, the attitude control design and software development remain a significant cost driver. The Dynacon High Performance Attitude Control system is a modular control system that makes use of reusable algorithm modules enabling the attitude control system to be applied to several different spacecraft missions with very different performance requirements. The High Performance Attitude Control system is described in this paper, and simulation results are shown for a variety of spacecraft
The microsatellite concept involves obvious limitations in size, weight, and on-board available powe...
This paper deals with the attitude acquisition and control for the Italian Scientific Microsatellite...
This paper deals with the attitude acquisition and control for the Italian Scientific Microsatellite...
Abstract. Advancing technology has allowed for the development of low cost attitude control hardware...
In order to meet the cost goals of small satellites, attitude determination and control problems mus...
In an attempt to reduce the cost of future satellites, new technologies are being pursued to develop...
In order to meet the cost goals of small satellites, attitude determination and control problems mus...
The development of a small spacecraft attitude determination and control subsystem is described. Th...
The development of a small spacecraft attitude determination and control subsystem is described. Th...
High-accuracy pointing capabilities are desired for many three-axis stabilized small satellites. Mom...
textA flexible, robust attitude determination and control (ADC) system is presented for small satell...
UoSAT-12 is a low-cost minisatellite built by Surrey Satellite Technology Ltd. (SSTL), it is amongst...
This paper addresses the problem of the momentum dumping for the pitch momentum wheel onboard ALMASa...
This paper deals with the attitude acquisition and control for the Italian Scientific Microsatellite...
The microsatellite concept involves obvious limitations in size, weight, and on-board available powe...
The microsatellite concept involves obvious limitations in size, weight, and on-board available powe...
This paper deals with the attitude acquisition and control for the Italian Scientific Microsatellite...
This paper deals with the attitude acquisition and control for the Italian Scientific Microsatellite...
Abstract. Advancing technology has allowed for the development of low cost attitude control hardware...
In order to meet the cost goals of small satellites, attitude determination and control problems mus...
In an attempt to reduce the cost of future satellites, new technologies are being pursued to develop...
In order to meet the cost goals of small satellites, attitude determination and control problems mus...
The development of a small spacecraft attitude determination and control subsystem is described. Th...
The development of a small spacecraft attitude determination and control subsystem is described. Th...
High-accuracy pointing capabilities are desired for many three-axis stabilized small satellites. Mom...
textA flexible, robust attitude determination and control (ADC) system is presented for small satell...
UoSAT-12 is a low-cost minisatellite built by Surrey Satellite Technology Ltd. (SSTL), it is amongst...
This paper addresses the problem of the momentum dumping for the pitch momentum wheel onboard ALMASa...
This paper deals with the attitude acquisition and control for the Italian Scientific Microsatellite...
The microsatellite concept involves obvious limitations in size, weight, and on-board available powe...
The microsatellite concept involves obvious limitations in size, weight, and on-board available powe...
This paper deals with the attitude acquisition and control for the Italian Scientific Microsatellite...
This paper deals with the attitude acquisition and control for the Italian Scientific Microsatellite...