To improve the pointing capabilities of nanosatellites a fast response attitude control system is required. Reaction wheels are an effective solution and rely on the simple principle of conservation of angular momentum. Also they can be developed within the stringent budgets of nanosatellites with current technologies. The Delfi-n3Xt satellite of the Delft University of Technology also includes reaction wheels and this thesis covers the design, integration and verification of the Delfi-n3Xt reaction wheel system, which will be among the first three-axis reaction wheel systems for nanosatellites in space.Space Systems EngineeringSpace EngineeringAerospace Engineerin
In past decades, small spacecraft have raised worldwide interest for their low cost and short develo...
The Delfi-C3 nanosatellite successor, Delfi-n3Xt, is currently under development at Delft University...
Attitude control of a satellite is required for the pointing of communications antennas and other in...
To date nanosatellites have primarily relied on magnetic stabilization which is sufficient to meet t...
A highly miniaturised reaction wheel was developed for Delft University of Technology’s PocketQube (...
This work is concerned with the development of the attitude control algorithms that will be implemen...
The problem of developing a nanosatellite attitude control system using three reaction wheels mounte...
CubeSats are making space exploration more accessible are are being launched in greater numbers than...
The history of reaction wheel development at the Technische Universität Berlin (TUB) begins early in...
This paper presents a novel satellite attitude control device, Three Dimensional Reaction Wheel (3DR...
The satellite reaction wheel’s configuration plays also an important role in providing the attitude ...
Nanosatellites, although originally developed for educational purposes, are increasingly being used ...
System configuration and design for a three-axis reaction wheel array and corresponding controller f...
This paper deals with the attitude control of a microsatellite for multi-mission applications in sun...
One of the broad objectives of the THNS-1 nanosatellite, which mass will be less 5kg, is to demonstr...
In past decades, small spacecraft have raised worldwide interest for their low cost and short develo...
The Delfi-C3 nanosatellite successor, Delfi-n3Xt, is currently under development at Delft University...
Attitude control of a satellite is required for the pointing of communications antennas and other in...
To date nanosatellites have primarily relied on magnetic stabilization which is sufficient to meet t...
A highly miniaturised reaction wheel was developed for Delft University of Technology’s PocketQube (...
This work is concerned with the development of the attitude control algorithms that will be implemen...
The problem of developing a nanosatellite attitude control system using three reaction wheels mounte...
CubeSats are making space exploration more accessible are are being launched in greater numbers than...
The history of reaction wheel development at the Technische Universität Berlin (TUB) begins early in...
This paper presents a novel satellite attitude control device, Three Dimensional Reaction Wheel (3DR...
The satellite reaction wheel’s configuration plays also an important role in providing the attitude ...
Nanosatellites, although originally developed for educational purposes, are increasingly being used ...
System configuration and design for a three-axis reaction wheel array and corresponding controller f...
This paper deals with the attitude control of a microsatellite for multi-mission applications in sun...
One of the broad objectives of the THNS-1 nanosatellite, which mass will be less 5kg, is to demonstr...
In past decades, small spacecraft have raised worldwide interest for their low cost and short develo...
The Delfi-C3 nanosatellite successor, Delfi-n3Xt, is currently under development at Delft University...
Attitude control of a satellite is required for the pointing of communications antennas and other in...