Deorbitsail is a collaborative project funded by the European Commission. The Deorbitsail Cubesat mission will demonstrate in-space deployment of a large thin membrane sail and drag deorbiting using this sail. The sail will be deployed from an 11-by-11-by-34-cm Cubesat platform, which will have 3-axis attitude control. A set of four gossamer booms will deploy four triangular membrane segments to form the 5-by-5-meter drag sail. The Deorbitsail design is intended for space debris prevention, although it holds potential for additional applications in aerobraking and solar sail propulsion. A 2014 launch is planned. This paper describes some of the high-level design and the ongoing engineering goals of the project. © 2013 by the American Instit...
The CubeSail is a nano-Solar Sail based on the 3U CubeSat standard currently being built at the Surr...
Orbital debris is a growing problem in low-Earth orbit, especially with a number of commercial compa...
The widespread adoption of nanosatellites will drastically increase space debris if end-of-life disp...
Deorbitsail is a collaborative project funded by the European Commission. The Deorbitsail Cubesat mi...
Deorbitsail is a collaborative project funded through the European Commission's Seventh Framework Pr...
Deorbitsail is a 3U Cubesat project that will launch, deploy, and support a large drag sail deorbiti...
Deorbitsail is a Seventh Framework Program (FP7) mission to demonstrate drag deorbiting via deployab...
A deployable deorbiting sail is a technology design aiming to remove defunct satellites and other sp...
Historical practice of abandoning satellites at the end of their lifetime has left 8,500 tonnes of s...
The accumulation of space debris in low Earth orbits poses an increasing threat of collisions and da...
This paper presents an overview of the different gossamer sail flight projects being undertaken at t...
The requirement for satellites to have a mitigation or deorbiting strategy has been brought about by...
One of the most important innovations in to space sciences, due to the recent increasing of cubesat ...
DE-ORBIT SAIL is a cubesat based drag sail for the de-orbiting of satellites in a low earth orbit. I...
There is an increasing amount of debris in low Earth orbit arising from the disintegration and coll...
The CubeSail is a nano-Solar Sail based on the 3U CubeSat standard currently being built at the Surr...
Orbital debris is a growing problem in low-Earth orbit, especially with a number of commercial compa...
The widespread adoption of nanosatellites will drastically increase space debris if end-of-life disp...
Deorbitsail is a collaborative project funded by the European Commission. The Deorbitsail Cubesat mi...
Deorbitsail is a collaborative project funded through the European Commission's Seventh Framework Pr...
Deorbitsail is a 3U Cubesat project that will launch, deploy, and support a large drag sail deorbiti...
Deorbitsail is a Seventh Framework Program (FP7) mission to demonstrate drag deorbiting via deployab...
A deployable deorbiting sail is a technology design aiming to remove defunct satellites and other sp...
Historical practice of abandoning satellites at the end of their lifetime has left 8,500 tonnes of s...
The accumulation of space debris in low Earth orbits poses an increasing threat of collisions and da...
This paper presents an overview of the different gossamer sail flight projects being undertaken at t...
The requirement for satellites to have a mitigation or deorbiting strategy has been brought about by...
One of the most important innovations in to space sciences, due to the recent increasing of cubesat ...
DE-ORBIT SAIL is a cubesat based drag sail for the de-orbiting of satellites in a low earth orbit. I...
There is an increasing amount of debris in low Earth orbit arising from the disintegration and coll...
The CubeSail is a nano-Solar Sail based on the 3U CubeSat standard currently being built at the Surr...
Orbital debris is a growing problem in low-Earth orbit, especially with a number of commercial compa...
The widespread adoption of nanosatellites will drastically increase space debris if end-of-life disp...