Satellite modeling and simulation software

From planning, modelling launches all the way up to in orbit satellite operation, this complete software solution gives you the tools, accuracy and peace of mind that you need to make your mission a success.

Space simulation tools include:. Satellite orbit simulation software plays a key part in the complex planning, designing and testing that is required for a space mission.

STK can be used for configuring spacecraft components, planning targeting operations and emulating flight software using real-time commanding and telemetry, making it the perfect tool for training and preparing for a mission. STK simulation software can also be used for satellite orbit and constellation modelling, analysing and visualising complex systems with dynamic datasets in 4D, power and fuel budgeting, manoeuvre planning and more.

Add the STK Systems Bundle to increase the fidelity of your engineering environment with enhanced physics models and integration options. Tailor the functions at your disposal by adding domain-specific capabilities with STK Specialized Modules. Collaborate with your entire organization with Enterprise Applications. Smooth the connections in your workflows, adapt capabilities from other applications, and integrate data formats with Developer Tools.

In the end, STK will be everything you need it to be. Download or sign in to a free trial version today, or contact us for more information. The unrivaled digital mission engineering and digital mission operations platform. Add mission-specific depth to STK with sophisticated modeling, simulation, and analysis capabilities for any domain.

This relative motion drives - among other things - power generation, radiation exposure, orbit lifetime, thermal performance, and the value of instrument data.

Smallsats lend themselves to constellations and distributed architectures, both of which open up the orbit design trade space and make analysis significantly more complicated. Even for single-spacecraft missions, orbit design and analysis is a complex task because it is closely connected to so many elements of the spacecraft design.

In many cases however, smallsats are constrained by launch opportunities to just a few options for their orbit. In these cases, orbit modeling and analysis is still required to inform detailed design of the spacecraft. Resources under this topic area are primarily books and book chapters on astrodynamics and satellite orbit design and software tools for orbit simulation and analysis.

This web page contains links and downloads for figures and tables from the new edition of the Space Mission Spreadsheet models for a wide range of space mission modeling tasks are available for download.

These spreadsheet models for payload performance, communications, orbit, and several other elements of a space mission can be incorporated directly or adapted for integration into smallsat mission modeling workflows. FreeFlyer is a commercial software tool for space mission design, analysis, and operations.

The interfaces emphasize a robust scripting language. In general, this emphasis on scripting-based model development allows experts more control and visibility into the modeling but can make the tool more challenging for non-experts to learn and utilize.

STK is a powerful tool for simulation and analysis of complex systems. This software tool can be used The dynamics of ground vehicles, spacecraft, aircraft, and other objects can be integrated in these mission models. To build upon the capabilities of the baseline tool, various add-on modules are available from AGI. Many third party tools also exist for integration with STK. This paper presents a "methodology to integrate the deployment of constellations of smallsats into the Two of these case studies are based on already launched systems, and the third is a notional smallsat mission.

This paper is valuable both for its conceptual design optimization techniques and its focus on including deployment scheme in the design-space. This book is a good applied astrodynamics text for engineers.

There are examples, figures, and computational