Interlune Corp

Founding and Leadership

Interlune was co-founded by individuals with deep experience in the commercial spaceflight sector. The founding team includes Rob Meyerson, a former president of Blue Origin, who serves as chief executive officer, and Gary Lai, who was the chief architect of Blue Origin's New Shepard suborbital vehicle and serves as Interlune's chief technology officer. The leadership team also draws on additional expertise from the aerospace, engineering, and scientific communities. Notably, former astronaut and geologist Harrison Schmitt, who walked on the Moon during the Apollo 17 mission and who is a longtime advocate for lunar helium-3, has been associated with the company's mission and vision.

This combination of commercial spaceflight leadership and lunar science expertise underpins the company's credibility as it pursues one of the most ambitious resource extraction concepts in the modern space economy.

What the Company Does

Interlune's core business is the identification, extraction, and processing of resources found in the lunar regolith. The Moon's surface contains materials that, over billions of years, have been deposited or embedded by the solar wind and other processes. Chief among the resources Interlune aims to capture is helium-3, an isotope that is exceptionally scarce on Earth but comparatively more abundant in the lunar soil.

The company's approach involves developing systems and technologies capable of excavating lunar regolith, sorting and processing that material, and extracting the valuable isotopes and elements from it. The processed resources are then intended to be returned to customers, either for use in space-based applications or for delivery back to Earth.

Rather than simply proposing a concept, Interlune has been actively working on the hardware and processes required to make lunar harvesting practical. This includes developing excavation and material-handling equipment designed to operate in the harsh lunar environment, as well as the separation and enrichment technology needed to isolate helium-3 and other constituents from the regolith.

Helium-3 and Its Applications

Helium-3 is the central resource around which much of Interlune's business case is built. This isotope has several potential high-value uses that make it attractive for commercial extraction despite the enormous challenges of lunar mining.

Quantum computing represents one of the most promising near-term markets. Helium-3 is used in dilution refrigerators, which are essential for cooling quantum computing systems to temperatures near absolute zero. As the quantum computing industry grows, demand for helium-3 as a cooling medium is expected to increase substantially.

Medical imaging and national security applications also rely on helium-3. The isotope is used in neutron detection technology, which supports efforts to detect and monitor nuclear materials, and it has applications in advanced medical imaging techniques for the lungs.

In the longer term, helium-3 has been proposed as a fuel for future nuclear fusion reactors. Fusion powered by helium-3 could theoretically offer a clean and highly efficient energy source, although this application remains dependent on major advances in fusion technology that have not yet been realized commercially.

The scarcity of helium-3 on Earth, combined with these growing demand signals, forms the economic rationale behind Interlune's decision to seek the isotope from the Moon.

Products and Services

Interlune's offerings center on the supply of lunar-derived resources and the technology that enables their extraction. The company's activities and intended products and services include the following areas.

Helium-3 supply is the flagship offering. Interlune intends to sell helium-3 harvested from the Moon to customers in the quantum computing, national security, medical, and energy sectors. The company has worked to secure early commercial arrangements and agreements with organizations interested in purchasing future supplies of this scarce isotope.

Lunar resource harvesting technology represents the operational backbone of the business. Interlune is developing excavators and regolith-processing systems engineered for the lunar surface. These machines are designed to dig, sort, and process large volumes of lunar soil efficiently in order to make resource extraction economically viable.

Resource prospecting and measurement is another component of the company's work. Understanding the distribution and concentration of helium-3 and other resources within the lunar regolith is essential to planning extraction operations. Interlune has pursued missions and instruments aimed at measuring and characterizing lunar resources in situ.

The company has also positioned itself to support broader lunar economy needs by potentially supplying other materials and resources extracted from the Moon as its capabilities mature.

Approach and Mission Roadmap

Interlune has outlined a phased approach to achieving its goals. Early stages focus on prospecting and measurement, sending instruments to the Moon to confirm and quantify the presence of helium-3 in target regions. Subsequent phases involve demonstrating the excavation and processing technology at smaller scales before scaling up to full commercial harvesting operations.

The company plans to leverage the growing commercial lunar transportation ecosystem, including commercial landers and launch providers, to deliver its equipment to the lunar surface and to return harvested resources. This strategy allows Interlune to concentrate on its core competency of resource extraction while relying on partners for transportation infrastructure.

Significance in the Space Economy

Interlune represents a distinctive entry in the commercial space sector. While many space companies focus on launch services, satellites, communications, or orbital infrastructure, Interlune is one of a small number of firms pursuing the extraction and commercialization of extraterrestrial natural resources. Its work aligns with the broader concept of in-situ resource utilization, a principle that many believe will be fundamental to sustainable human activity in space.

By aiming to create a commercially viable supply of helium-3 and other lunar materials, Interlune seeks to contribute to industries on Earth while also laying the groundwork for a self-sustaining lunar economy. If successful, the company's efforts could help reduce dependence on scarce terrestrial supplies of critical isotopes and support the expansion of humanity's economic presence beyond the planet.

Summary

Interlune Corp is an American space resources company based in Seattle, Washington, founded by veterans of the commercial spaceflight industry. The company is dedicated to harvesting valuable resources from the Moon, with a primary focus on helium-3, an isotope with important uses in quantum computing, national security, medical imaging, and potential future fusion energy. Through the development of lunar excavation and regolith-processing technology, along with prospecting and measurement efforts, Interlune aims to become a foundational supplier in the emerging lunar economy and a key player in the commercialization of space resources.