cubesatellite

Space Grade Linux is an advanced Linux-based operating system designed to meet the rigorous demands of aerospace, satellite, and other high-reliability environments.

The UGA SSRL's Computer Vision Software Collection

Guides and tutorials designed to help low budget teams quickly get started with building cube satellites from zero using the BIRDS bus.

Image preprocessing and raster analysis for PlanetScope imagery from Planet Lab.

Publications sur les nanosatellites et les cubes | À des fins éducatives uniquement

The University of Tokyo team's repository for ARLISS 2017

BIRDS-X APRS Payload Documents

Documentation and source files for the CAD of the BIRDS5 satellite

Documentation for the Antenna Panel used in the BIRDS3 Satellite

Electrical Power Subsystem software implementation in Embedded C

Designed to make it easier for you to design structures by giving you a mockup board. Built to the CubeSat specification ensuring no compatibility issues.

CubeSat OBC with ARM Cortex-M4 MCU.

MATLAB model of light falling on CubeSat faces for use in an attitude control system

Documentation for the Solar Panel Boards used in the BIRDS3 Satellite

BIRDS-X CAD and Structure Documentation

Documentation for the communications board used in the BIRDS3 Satellite

Working files for PVIT Space Team Payload Device.

Original files provided for PVIT Space Team Payload Device.

contributed to the development of the communication interface and software architecture for a groundbreaking cubesat satellite project known as IONSAT. This innovative cubesat operates in a very low orbit and is a collaborative effort involving ONERA, CNES, ThrustMe, and École Polytechnique.

A fully offline, synthetic CubeSat communications and tool-orchestration simulator