LEDSAT is a 1U CubeSat developed by S5Lab team of Sapienza – University of Rome in collaboration with the Astronomy Department of University of Michigan. The main goal of the mission is to demonstrate that a LED-based active illumination system may be used to achieve orbit and attitude determination. LEDSAT will be placed into a Low Earth Orbit (LEO) and observed by a network of ground-based telescopes. A LED-based system may improve the accuracy in monitoring LEO spacecraft. A simple model is developed to estimate the features of an optical link between a ground station and a self-illumination system. The reliability of orbit determination and the precision of the orbit reconstruction is evaluated
Autonomous illumination payloads on-board small satellites, i.e. LED (Light-Emitting Diode) boards o...
CubeSat pointing capabilities have greatly improved in the past few years, paving the way for more s...
The LEDSAT 1U Cubesat, a satellite roughly 10x10x11cm, was developed between late 2016 and 2021 by s...
The tracking of LEO objects, by means of large field of view (FOV) optical telescopes, is very chall...
The upcoming decades of Low Earth Orbit (LEO) operations will require the satellites to be more easi...
LEDSAT (LED-based small SATellite) is a 1-Unit CubeSat that will mount Light Emitting Diodes (LEDs) ...
The increasing number of small satellite cluster launches leads to a greater risk of confusion and c...
Project LEDsat is an international project (USA, Italy, and Canada) designed to improve the identifi...
Optical observations are intensively applied to space debris monitoring for the achievement of orbit...
With the increasing number of satellite launches, especially in Low Earth Orbit (LEO), optical track...
LEDSAT (LED-based small SATellite) is a 1-Unit CubeSat project equipped with a LED- (Light Emitting ...
With the increasing number of cluster and mega-constellation launches, there is a urgent need for ne...
LEDSAT (LED-based small SATellite) is a 1-Unit CubeSat project equipped with a LED- (Light Emitting ...
Installation of Light Emitting Diodes (LEDs) payloads on satellites for ground-based optical trackin...
LEDSAT (LED-based small SATellite) is a 1-Unit CubeSat project conceived by the Sapienza - Space Sys...
Autonomous illumination payloads on-board small satellites, i.e. LED (Light-Emitting Diode) boards o...
CubeSat pointing capabilities have greatly improved in the past few years, paving the way for more s...
The LEDSAT 1U Cubesat, a satellite roughly 10x10x11cm, was developed between late 2016 and 2021 by s...
The tracking of LEO objects, by means of large field of view (FOV) optical telescopes, is very chall...
The upcoming decades of Low Earth Orbit (LEO) operations will require the satellites to be more easi...
LEDSAT (LED-based small SATellite) is a 1-Unit CubeSat that will mount Light Emitting Diodes (LEDs) ...
The increasing number of small satellite cluster launches leads to a greater risk of confusion and c...
Project LEDsat is an international project (USA, Italy, and Canada) designed to improve the identifi...
Optical observations are intensively applied to space debris monitoring for the achievement of orbit...
With the increasing number of satellite launches, especially in Low Earth Orbit (LEO), optical track...
LEDSAT (LED-based small SATellite) is a 1-Unit CubeSat project equipped with a LED- (Light Emitting ...
With the increasing number of cluster and mega-constellation launches, there is a urgent need for ne...
LEDSAT (LED-based small SATellite) is a 1-Unit CubeSat project equipped with a LED- (Light Emitting ...
Installation of Light Emitting Diodes (LEDs) payloads on satellites for ground-based optical trackin...
LEDSAT (LED-based small SATellite) is a 1-Unit CubeSat project conceived by the Sapienza - Space Sys...
Autonomous illumination payloads on-board small satellites, i.e. LED (Light-Emitting Diode) boards o...
CubeSat pointing capabilities have greatly improved in the past few years, paving the way for more s...
The LEDSAT 1U Cubesat, a satellite roughly 10x10x11cm, was developed between late 2016 and 2021 by s...