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Astrodynamics in .NET

High-fidelity orbit propagation and mission design, natively in .NET

Build spacecraft analysis and mission design workflows directly in C#, without wrappers or language switching.
 

  • High-fidelity propagation

  • Mission design primitives

  • Native .Net API

VISION

Developing space-related software in .NET shouldn't be this complicated.

Today, most astrodynamics tools are developed in C++, Java, or Fortran.

For teams working in .NET, current tools create constant friction.
 
Developers often have to:

  • Integrate external libraries via wrappers

  • Manage complex interoperability issues

  • Maintain code that is difficult to debug

  • Reimplement some core functions

code

THE SOLUTION

A complete toolkit, directly within your .NET ecosystem.

The framework provides the astrodynamic capabilities needed for modern space applications, without leaving the C# environment.

Some examples of features

High fidelity orbital propagation

Conjunction analysis

Orbital maneuvers

Geometry search

CCSDS import / export

Optimal performance : propagating a 24-hour LEO orbit is achieved in approximately 1 ms with a full force model on a mid-range desktop computer.

conformance tests

Quality

+100

Published version

+20k

Downloads

+1500

Tests

Validated against industry references

A solid scientific foundation, designed for operational use.

The framework is based on recognized industry standards and continues to evolve thanks to contributions from the community.

The goal is simple: to provide a reliable foundation for developing modern spatial applications in .NET..

MAKE A TRY

Install, Test and Power your space applications.

Installation takes only a few seconds via NuGet.

You can then run your first orbital calculation directly in C#.

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