Rheinmetall is working as part of a consortium of Canadian technology companies. The team is developing proposals for the mission-critical Guidance, Navigation and Control subsystem needed for future lunar surface missions.
The Rheinmetall PATH autonomy system forms the technological basis for the proposed rover navigation capability. Rheinmetall said the project shows dual-use synergies between civilian space research and robust defence technology.
PATH is an AI-based software solution for unmanned ground systems. The system has already been proven in defence and commercial applications around the world, according to Rheinmetall.
The future lunar rover is intended to support astronauts on long-term missions. It is also expected to perform logistical tasks and ensure cargo transport on the Moon.
Rheinmetall said the integration of PATH builds on Canada’s decades-long leadership in space robotics. Early Canadian Space Agency rover development programmes helped shape autonomous surface navigation for extreme environments and supported early PATH development.
Rheinmetall Canada has translated those research-driven approaches into operational military and industrial technology. The current project brings the advanced autonomy technology back into space exploration.
“The integration of PATH into the Lunar Utility Rover brings together decades of Canadian innovation in the fields of autonomy and space robotics,” explains Pietro Mazzei, President and CEO of Rheinmetall Canada. “This project strengthens the local supply chain and underscores the advanced technological capabilities of Canadian industry.”
Provectus is headquartered in Ottawa and is fully integrated into the global structures of Rheinmetall Canada and Rheinmetall AG. Rheinmetall said the project demonstrates its ability to scale Canadian-developed autonomy technologies for critical missions worldwide.
The company said the work links current autonomy applications on Earth with future lunar operations. Rheinmetall described the effort as part of a wider contribution to the era of international lunar exploration.
