This paper describes the initial design of a femto-satellite with active attitude control. It has a structure with a matchbox form factor, measures 3.5 x 3.5 x 0.5cm, and uses three miniaturized orthogonal magnetorquers as actuators for attitude control. It also features short range RF communication at 868 MHz for demonstrating satellite networking and swarming around a CubeSat as a host. Preliminary test results obtained from a prototype device weighing 10g are given, including IMU based attitude determination, miniaturized magnetorquers, a custom-built Helmholtz coil system, active attitude control and RF communications
One of the most limiting factors which affects pico/nano satellites capabilities is the poor accurac...
Since their inception two decades ago, CubeSats have become dominant in the small satellite market, ...
In an attempt to reduce the cost of future satellites, new technologies are being pursued to develop...
This paper describes the initial design of a Femto-satellite with active attitude control. It has a ...
The world of satellites is evolving very rapidly on the past few years, with satellites going from h...
Abstract— Femto-satellites can be used for distributed space missions that can require hundreds to t...
The performance of the Attitude Determination and Control Subsystem (ADCS) of a CubeSat relies on co...
The attitude control system is one of the most important systems for satellites, which is essential ...
The use of magnetic actuation in order to stabilize and control a small 1U Cubesat is studied and a...
This paper describes the development of a three axis attitude control system for nanosatellites and ...
This paper describes the design and the manufacturing of a Cubesat realized within the activities of...
International audienceThe paper deals with the attitude active control of a Low Earth Orbit nanosate...
The NTNU Test Satellite, NUTS, is a satellite being build in a student CubeSat project at the Norweg...
Embracing reduced requirements and leveraging commercial technology has led to a fast growing small ...
The magnetorquer-based attitude control system capable of attaining high spin rates and precise poin...
One of the most limiting factors which affects pico/nano satellites capabilities is the poor accurac...
Since their inception two decades ago, CubeSats have become dominant in the small satellite market, ...
In an attempt to reduce the cost of future satellites, new technologies are being pursued to develop...
This paper describes the initial design of a Femto-satellite with active attitude control. It has a ...
The world of satellites is evolving very rapidly on the past few years, with satellites going from h...
Abstract— Femto-satellites can be used for distributed space missions that can require hundreds to t...
The performance of the Attitude Determination and Control Subsystem (ADCS) of a CubeSat relies on co...
The attitude control system is one of the most important systems for satellites, which is essential ...
The use of magnetic actuation in order to stabilize and control a small 1U Cubesat is studied and a...
This paper describes the development of a three axis attitude control system for nanosatellites and ...
This paper describes the design and the manufacturing of a Cubesat realized within the activities of...
International audienceThe paper deals with the attitude active control of a Low Earth Orbit nanosate...
The NTNU Test Satellite, NUTS, is a satellite being build in a student CubeSat project at the Norweg...
Embracing reduced requirements and leveraging commercial technology has led to a fast growing small ...
The magnetorquer-based attitude control system capable of attaining high spin rates and precise poin...
One of the most limiting factors which affects pico/nano satellites capabilities is the poor accurac...
Since their inception two decades ago, CubeSats have become dominant in the small satellite market, ...
In an attempt to reduce the cost of future satellites, new technologies are being pursued to develop...