LunCo develops an open‑source infrastructure for lunar engineering, providing tools such as the LunCoSim simulation platform, the LORS standards for rover design, and a community‑driven 2 kg lunar rover prototype.
Funding
Funding not disclosed
Founders
Product
Problem
Developing lunar infrastructure and rover hardware currently relies on fragmented, proprietary tools and standards, making collaboration across space agencies, industry partners, and independent contributors inefficient and slowing the progress toward permanent lunar bases.
Solution
LunCo provides an open‑source ecosystem for lunar engineering that includes the LunCoSim simulation platform, the LORS (Lunar Open Rover Standards) specification, and a community‑driven 2 kg rover prototype. By offering shared software, hardware designs, and documented standards, LunCo enables diverse stakeholders to co‑develop, test, and integrate lunar systems using a common framework. The open nature of the platform encourages contributions from developers, engineers, and designers worldwide, accelerating iteration cycles and reducing duplication of effort. As standards gain adoption, mission planners can more readily incorporate compatible components, lowering integration risk for future lunar bases and exploration missions.
Target Audience
Primary users are space agencies, aerospace companies, and research institutions developing lunar missions, as well as independent engineers and hobbyists contributing to open lunar hardware and software projects.
Features
- LunCoSim: an open-source simulation environment for modeling lunar terrain, rover dynamics, and mission scenarios
- LORS standards: a publicly documented set of mechanical, electrical, and interface specifications for 2 kg lunar rovers
- Community‑driven 2 kg rover prototype that serves as a reference implementation and testbed for hardware development
- Modular, extensible codebase allowing contributors to add new sensors, payloads, or mission profiles
- Open licensing and public repositories that facilitate collaborative development and transparent peer review
- Integration pathways for space agencies and commercial partners to adopt LORS‑compliant hardware in their programs