H1 Hall Thruster:

Halcyon’s H1 thruster promises to vastly improve the duration and efficiency of near-Earth space missions. H1 uses a differential anode for steering, a mechanism which drastically reduces weight. H1’s longevity and shelf life is optimized by our magnetically shielded chamber walls, which reduce erosion and increase burn time. The improved cost efficiency and longevity of H1 will empower a new generation of Earth observation and remote sensing missions, allowing us to greatly increase our knowledge of the planet we call home.

Vacuum Chamber:

To effectively test and prototype our H1 engine, Halcyon is equipped with a world class vacuum chamber. Its stainless steel frame does not corrode or rust, preventing any contamination. It is capable of ultrahigh vacuum conditions, which creates a space-like environment right here on Earth. This ensures our systems will be launch ready and optimized to function well outside of Earth’s atmosphere.

Simulations:

Our engines rely on plasma physics, a set of highly dynamic and complex processes. To harness and predict these complex phenomena, we utilize state of the art simulations. Finite Element Method Magnetics and Exact Solutions in Python will allow us to map electromagnetic fields and plasmas in considerable detail. Eventually, we aim to utilize Particle In Cell (PiC) simulations, which will allow for even greater precision.