ProductUpdated on 27 March 2026
Lunar Regolith Simulants: TerraLun™ - Core Series (TLH-0 & TLM-0)
Cofounder & CEO at Hispansion
Madrid, Spain
About
Our TerraLun™ - Core Simulants combine fidelity, scalability, and cost-efficiency in a robust formulation. This triple-feedstock blend reproduces the essential physical and chemical behavior of lunar regolith from Highlands (TLH-0) and Low-Ti Mare (TLM-0) regions.
✅ 100 % European sourced
✅ 100 % manufactured in Spain
✅ High fidelity validated through outstanding NASA Figure of Merit scores( TLH-0 = 88.6 & TLM-0 = 90.9)
✅ Fairly priced and accessible
✅ High production capacity (1000 + tons per year)
✅ Worldwide shipping
With TerraLun™ – Core, reliable lunar simulants become accessible to researchers, engineers, and industry worldwide, enabling large-scale validation of critical technologies for future lunar missions.
🛰️ Now available for bulk orders and smaller batches!
Typical applications include:
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Large-scale testbeds and lunar terrain simulators for:
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Geotechnical and mobility testing.
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Excavation and construction trials.
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Additive Manufacturing
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ISRU process development (e.g. oxygen extraction, beneficiation).
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Plume Surface Interaction (PSI) studies.
Organisation
Similar opportunities
Expertise
- Energy
- Space and Aerospace
- Materials, Textiles and Chemicals
Áron SELMECI
Chemical, Materials and Extractive Metallurgy Engineer at Hungarian Astronautical Society
Delft, Netherlands
Project cooperation
- Early
- Planning
- Research
- Technical
Áron SELMECI
Chemical, Materials and Extractive Metallurgy Engineer at Hungarian Astronautical Society
Delft, Netherlands
Expertise
Strategic Partnerships, Communications, and Business Development for Emerging Technologies
- Energy
- Education
- Environment
DeLaine MAYER
Professor, New York University at New York University
New York City, United States