Interlune Company Profile

Background

Overview

Interlune is a Seattle-based natural resources company specializing in the sustainable and responsible extraction of lunar resources, particularly Helium-3, to benefit Earth and establish an in-space economy. Founded in 2020, the company aims to be the first U.S. entity to commercialize space resources, starting with lunar Helium-3.

Mission and Vision

Interlune's mission is to lead the world in harvesting natural resources from space, focusing on Helium-3, to support advancements in quantum computing, medical imaging, and fusion energy. The vision encompasses creating a sustainable in-space economy by utilizing lunar resources for the benefit of humanity.

Industry Significance

The company is at the forefront of the emerging space resource extraction industry, addressing the growing demand for Helium-3, a rare isotope with applications in quantum computing and potential fusion energy. Interlune's efforts could revolutionize resource acquisition and utilization in space, marking a significant milestone in space exploration and commercialization.

Key Strategic Focus

Core Objectives

Resource Extraction: Develop and deploy technologies to extract Helium-3 and other valuable resources from the Moon.

Sustainable Practices: Implement environmentally responsible methods for lunar resource harvesting.

Market Penetration: Establish a foothold in industries such as quantum computing, medical imaging, and fusion energy by supplying lunar-derived resources.

Areas of Specialization

Lunar Excavation Technology: Designing and testing equipment capable of efficiently extracting lunar regolith.

Resource Processing: Developing methods to process extracted materials, focusing on Helium-3 separation.

In-Situ Resource Utilization (ISRU): Advancing technologies for utilizing lunar resources to support long-term human presence on the Moon.

Key Technologies Utilized

Lunar Harvesters: Lightweight, energy-efficient machines designed for lunar excavation.

Regolith Processing Systems: Technologies for sorting and processing lunar soil to extract valuable materials.

Cryogenic Separation Techniques: Methods for isolating Helium-3 from other elements in lunar regolith.

Primary Markets Targeted

Quantum Computing: Supplying Helium-3 for cooling systems in quantum computers.

Medical Imaging: Providing Helium-3 for advanced imaging technologies.

Fusion Energy: Supplying Helium-3 as a potential fuel source for fusion reactors.

Financials and Funding

Funding History

Seed Funding: In March 2024, Interlune raised $18 million in seed capital, led by Alexis Ohanian's venture firm, Seven Seven Six.

Grants and Awards: The company has received grants from NASA and the U.S. Department of Energy to advance its technologies.

Recent Funding Rounds

February 2024: Closed a $15.5 million funding round, with plans to raise an additional $2 million.

Notable Investors

Seven Seven Six: Led the most recent funding round.

Aurelia Foundry Fund: Participated in the seed funding.

Gaingels: Invested in the company.

Liquid 2 Ventures: Contributed to the funding.

Shasta Ventures: Participated in the investment round.

Utilization of Capital

The funds are allocated towards developing and operationalizing technology for extracting Helium-3 and other natural resources from the Moon, including the design and testing of lunar harvesters and processing systems.

Pipeline Development

Key Pipeline Candidates

Helium-3 Extraction: Developing technologies to extract Helium-3 from lunar regolith.

Regolith Processing Systems: Creating systems to process lunar soil for resource extraction.

Stages of Development

Prototype Testing: Conducting tests on lunar harvester prototypes and processing systems.

Mission Planning: Planning lunar missions to validate resource concentrations and extraction methods.

Target Conditions

Lunar Surface: Focusing on areas with high concentrations of Helium-3.

Anticipated Milestones

2026: Conducting a prospecting mission to assess Helium-3 concentrations on the Moon.

2028: Launching a mission to demonstrate the full extraction and processing system on the lunar surface.

2030: Initiating full-scale operations for lunar resource extraction.

Technological Platform and Innovation

Proprietary Technologies

Lunar Harvesters: Compact, energy-efficient machines designed for lunar excavation.

Regolith Processing Systems: Innovative methods for sorting and processing lunar soil to extract valuable materials.

Significant Scientific Methods

Cryogenic Separation Techniques: Advanced methods for isolating Helium-3 from other elements in lunar regolith.

Reduced-Gravity Testing: Utilizing parabolic flights to simulate lunar gravity conditions for equipment testing.

Leadership Team

Rob Meyerson: Co-founder and CEO. Former President of Blue Origin with extensive experience in aerospace engineering and space commercialization.

Gary Lai: Co-founder and CTO. Former Chief Architect at Blue Origin, specializing in space transportation systems and lunar landers.

Indra Hornsby: COO. Background in leadership roles at Rocket Lab, BlackSky, and Spaceflight Industries, with expertise in commercial and civil space programs.

Harrison H. Schmitt: Co-founder and Executive Chairman. Apollo 17 astronaut and geologist, advocating for lunar resource utilization.

James Antifaev: Co-founder. Experience at Alphabet and Maxar, contributing to the company's technological development.

Leadership Changes

As of February 2026, there have been no publicly reported significant changes or appointments within Interlune's leadership team.

Competitor Profile

Market Insights and Dynamics

The space resource extraction industry is emerging, with increasing interest in lunar mining for materials like Helium-3. The market is characterized by high capital requirements, technological challenges, and regulatory considerations.

Competitor Analysis

Astrobotic Technology: Developing lunar landers and rovers for payload delivery, including lunar resource extraction missions.

Blue Origin: Engaged in lunar lander development and resource utilization technologies.

NASA: Conducting research and development in lunar resource extraction through various programs.

Strategic Collaborations and Partnerships

Vermeer Corporation: Partnered to develop lunar excavation equipment, resulting in a full-scale prototype of a lunar harvester.

Bluefors: Entered into a multi-year agreement to supply Helium-3 for quantum computing applications, marking a significant milestone in securing a market for lunar-derived resources.

Operational Insights

Interlune's strategic collaborations, such as the partnership with Vermeer for excavation technology and the agreement with Bluefors for Helium-3 supply, enhance its market position and innovation capacity. These alliances provide access to advanced technologies and established customer bases, strengthening Interlune's competitive edge in the lunar resource extraction industry.

Strategic Opportunities and Future Directions

Interlune's roadmap includes conducting lunar missions to validate resource concentrations, demonstrating extraction and processing systems on the lunar surface, and initiating full-scale operations by 2030. The company's focus on Helium-3 positions it to meet the growing demand in quantum computing and fusion energy sectors, potentially leading to significant revenue streams and industry leadership.