Search Results for "spacecraft attitude control system"

42 is a comprehensive general-purpose simulation of spacecraft attitude and orbit dynamics. Its primary purpose is to support design and validation of attitude control systems, from concept studies through integration and test. 42 accurately models multi-body spacecraft attitude dynamics (with rigid and/or flexible bodies), and both two-body and three-body orbital flight regimes, modelling environments from low Earth orbit to throughout the solar system. 42 simulates multiple spacecraft concurrently, facilitating studies of rendezvous, proximity operations, and precision formation flying. ...

Open MCT is a next-generation mission operations data visualization framework. Web-based, for desktop and mobile. Software based on Open MCT is in use as a data visualization tool in support of multiple missions at the Jet Propulsion Laboratory, and at NASA's Ames Research Center to support the development of lunar rover mission concepts. Open MCT can be adapted for planning and operations of any system that produces telemetry. While Open MCT is developed to support space missions, its core...

SPELL is a framework composed of an integrated environment for the development and execution of satellite automated procedures. It is capable of running any procedure via different Ground Control System and for any spacecraft. The goal of SPELL is to have a powerful and readable automation language, which can be shared across Satellite Operators and Satellite Manufacturers. If we all use the same language, the cost and the risk associated with automated procedures will go down! SPELL facilitates the automation of satellite operations, allowing satellite procedures to be run in a highly repeatable and reliable manner. ...

UAV Drone is a suite of software and hardware which is hosted on Raspberry Pi for the purpose of drone system identification/mathematical modelling and control law development. This platform measures critical aerospace measurements of Pitch, yaw, Roll via AHRS, location through GPS, and air data through Pitot Static system. Control of the drone is provided through user developed Control law based on critical aircraft parameters to 16 configurable PWM outputs to servos or motors...

Moon2.0 software is an open source toolkit to design low cost space missions. It is intended for educational or experimental use. This program covers all the phases of a typical space mission: spacecraft and propellant design, satellite and attitude control, trajectory simulation, ground station coverage, etc. The main window is an OpenGL 3D viewer that shows the progress of the spacecraft trajectory during the mission simulation. Additional panels are available to define the spacecraft and trajectory parameters. A set of predefined missions is provided including: sub-orbital flights, LEO and GEO orbits, Moon landing and deep space missions. ...

In light of Windows 8 developments and the attitude attached to it, I have decided to create a barebone replacement of a Start Menu, redesigning features in the process, with the aim of increasing speed, functionality, looks and maximizing customization potential.

This is the low-level and operational software project for the Distributed Spacecraft Attitude Control System Simulator (DSACSS). Higher-level simulation tools are in the Open-SESSAME project (keyword: spacecraft).

autopilot is a command and control system for helicopters (and can be extended for fixed wing aircraft). It provides a three-axis EFIS and moving map on the ground station. The unmanned aerial robot has instrumentation for attitude, engine and position.