Space facilities and capabilities

We have cutting-edge facilities essential for developing and testing advanced space propulsion technologies.

Core technologies and infrastructure

Superconducting magnets and power supplies

At the heart of the Hēki project are the superconducting magnet and power supply components designed and built by staff at Paihau—Robinson Research Institute. These components are crucial as they allow for the creation of intense magnetic fields necessary for plasma manipulation, all while consuming minimal power. This efficiency is vital in space, where power resources are extremely limited.

Plasma rocket technology

The laboratories are equipped for the development of the Kōkako thruster, an advanced plasma rocket that integrates the superconducting magnet to enhance propulsion efficiency. This system allows for the precise direction and expulsion of plasma, significantly outperforming existing propulsion technologies.

Testing and simulation facilities

Thruster testing chamber (GERALDINE)

A custom-built specialised vacuum chamber, GERALDINE, is used to simulate space conditions for testing the thrusters. This chamber maintains incredibly low pressures and is optimised for the use of argon as a propellant, reflecting the thruster's operational environment in space.

Cryogenic cooling systems

Superconductors require extremely low temperatures to function. The institute's facilities include advanced cryogenic systems that efficiently cool these materials to the necessary temperatures, thereby enabling their superconducting properties.

Magnetic shielding and safety measures

Given the powerful magnetic fields the superconductors generate, the laboratories are equipped with innovative magnetic shielding technologies. These shields are crucial for ensuring that the magnetic fields remain confined to specific areas, preventing interference with other laboratory equipment, and maintaining safety standards.

Simulation and modelling capabilities

The team also heavily invests in simulation technologies, creating digital twins of their systems to predict performance and troubleshoot potential issues in a virtual environment. This approach allows for rapid iteration and refinement of designs before physical testing, saving time and resources.

Collaboration and integration

The facilities are designed to support extensive collaboration, both internally and with international partners. This includes integration systems that allow components developed at the Paihau—Robinson Research Institute to be tested and validated on external platforms such as those provided by NanoRacks and within the conditions of the International Space Station.

Paihau—Robinson Research Institute's facilities are tailored to support the ambitious goals of the Hēki Mission and related projects. By combining advanced superconducting technology, materials science, specialised testing environments, and robust simulation capabilities, the Space Team is equipped to lead innovations in space propulsion technology.