The Canadian Space Agency (CSA) is looking to map domestic capabilities in resource extraction and regolith management to guide any future “major” infrastructure contributions on the Moon’s surface. The agency issued a Notice to Industry on Aug. 28, calling on organizations across both the space and terrestrial sectors, including Canada’s long-established mining industry.
The notice falls under the Lunar Surface Exploration Initiative. As missions extend farther from Earth, reliance on resupply chains becomes increasingly difficult and costly. By identifying domestic expertise early, the CSA hopes ensure Canadian technologies remain competitive including for the Artemis program.
In June, and also under the Lunar Surface Exploration Initiative, the CSA awarded $2 million across four new contracts to map out how humans will survive on the Moon.
This notice is a preliminary information-gathering exercise and is neither a call for tender nor a request for proposals. The agency explicitly notes that no funding, agreements, or contracts will be awarded based directly on these submissions. The goal is to inform the planning of future space resource initiatives and ensure they deliver economic and technological benefits to Canada.
The CSA outlines several core capability areas required for future In-Situ Resource Utilization. These focus on reducing the reliance on Earth-supplied resources for long-duration missions.
Potential lunar resources of interest:
- Solar energy
- Oxygen from regolith
- Bulk regolith
- Water in the form of Ice
- Metals (including Fe, Ti/ilmenite, Al, Si)
- Helium-3*
- Rare earth elements*
(*Resources not considered for near-term / mid-term time horizon)
Targeted domains include the following areas:
- Resource Prospecting and Characterization
- Excavation, Regolith Management and Surface Preparation
- Processing and Extraction
- Feedstock and Consumables Production
- In-Situ Construction and Manufacturing
- Storage and Transportation
- Recycling and Waste Management
The deadline to submit responses is Sept. 20, 2026, at 2 p.m. EDT.
Facts Only
* The Canadian Space Agency (CSA) is mapping domestic capabilities in resource extraction and regolith management for future Moon infrastructure contributions.
* A Notice to Industry was issued on August 28.
* The initiative falls under the Lunar Surface Exploration Initiative.
* The CSA awarded $2 million across four new contracts in June related to mapping human survival on the Moon.
* Potential lunar resources of interest include solar energy, oxygen from regolith, bulk regolith, water ice, metals (Fe, Ti/ilmenite, Al, Si), Helium-3*, and rare earth elements*.
* Targeted domains include Resource Prospecting and Characterization, Excavation, Regolith Management and Surface Preparation, Processing and Extraction, Feedstock and Consumables Production, In-Situ Construction and Manufacturing, Storage and Transportation, and Recycling and Waste Management.
* The deadline for submissions is September 20, 2026, at 2 p.m. EDT.
Executive Summary
The Canadian Space Agency is seeking to map domestic capabilities in resource extraction and regolith management to inform future infrastructure contributions on the Moon. This initiative, under the Lunar Surface Exploration Initiative, aims to ensure Canadian technologies remain competitive for programs like Artemis by identifying internal expertise early, especially given the increasing difficulty of resupply chains for deep space missions.
The CSA awarded $2 million across four new contracts in June to map out human survival methods on the Moon. This initial notice is an information-gathering exercise and does not constitute a call for tender or a request for proposals, meaning no funding is awarded based on these submissions. The agency is focusing on capabilities related to In-Situ Resource Utilization, targeting domains such as prospecting, excavation, processing, construction, and recycling.
The identified potential lunar resources of interest include solar energy, oxygen from regolith, bulk regolith, water ice, various metals (Fe, Ti/ilmenite, Al, Si), Helium-3*, and rare earth elements*. The required capability areas focus on how humans will survive long-duration missions by reducing reliance on Earth-supplied resources. Responses to this information-gathering exercise are due by September 20, 2026.
Full Take
The framework established by the CSA centers on leveraging domestic expertise to de-risk future space endeavors by focusing on In-Situ Resource Utilization (ISRU). The core mechanism presented is one of preemptive capability assessment; by inquiring about what Canada can do, the agency seeks to shape the technological trajectory for lunar missions rather than waiting for external capabilities to be defined. This moves resource management from a purely theoretical exploration to an applied engineering challenge grounded in terrestrial experience.
The stated focus areas—from prospecting to recycling—reveal a necessary convergence between traditional mining/industry knowledge and novel space engineering. The tension lies in the explicit framing: the request is non-binding regarding funding, which suggests a strategy of information seeding designed to build a competitive advantage internally rather than immediately dictating external action. This approach seeks to embed economic and technological benefits domestically by positioning Canadian capabilities as foundational requirements for future lunar economic activity.
The implication is that defining "survival" on the Moon must intrinsically incorporate resource management, shifting the focus from simple exploration to self-sufficiency engineering. The pattern observed is the use of preliminary information-gathering exercises to establish an internal baseline before external commitments are made. This suggests a systemic strategy where technological capacity dictates strategic relevance in complex frontier environments. What role does this proactive documentation play in balancing the risk between national ambition and the practical limitations imposed by long-duration logistical hurdles? What assumptions about resource availability or feasibility are embedded in prioritizing specific domains like Helium-3* for near-term planning, versus bulk regolith management?
Sentinel — Human
The text reads like an official press release or informational notice, demonstrating a clear, objective structure typical of institutional communications rather than opinion or synthetic narrative.