The space and defense company plans to build critical infrastructure to support sustained human and robotic activity beyond Earth
Denver, 4 February 2026 – Voyager Technologies has announced a major new initiative focused on the Moon, signaling its ambition to play a central role in the next phase of space exploration and commercial activity beyond low Earth orbit.
The company’s lunar strategy aligns with a recent directive from the White House aimed at strengthening long-term space capabilities. Voyager says its goal is to turn high-level vision into practical, lasting systems that can support continuous operations on and around the Moon.
According to Voyager chairman and CEO Dylan Taylor, long-term success in space depends on reliable infrastructure. That includes systems that support human life, manage power and data, enable autonomous operations, and remain functional over long periods in harsh lunar conditions.
At the heart of Voyager’s plan is the delivery of foundational technologies needed for sustained lunar presence. These include human support systems, power distribution networks, communications backbones, computing capabilities for both orbit and surface operations, and automated logistics. Together, these systems are designed to support both astronauts and robotic missions as activity on the Moon increases.
Voyager is building this strategy on its existing experience working with complex space systems for government and commercial customers. The company emphasizes scalable designs, interoperability between systems, and technologies that can serve both civilian and security-related missions.
One example is its work with NASA on Moon to Mars Oxygen and Steel Technology. This system is designed to extract oxygen and produce metallic iron or steel from lunar soil, known as regolith. Such technology could reduce the need to transport materials from Earth, making long-term lunar missions more practical and cost-effective.
Voyager has also developed a Clear Dust-Repellant Coating that helps prevent lunar dust from sticking to surfaces such as glass, metals, and fabrics. Lunar dust is a major challenge for exploration because it can damage equipment and reduce visibility. The coating successfully landed on the Moon aboard Firefly Aerospace’s Blue Ghost lander in March 2025, demonstrating its potential in real lunar conditions.
Beyond its current technology portfolio, Voyager plans to expand through partnerships, new investments, and phased development programs. These efforts will be timed to match evolving government and commercial missions, to become a key player in the lunar economy by the end of the decade.
The company says its focus is not on short-term missions, but on building systems that last. By combining human exploration needs with robotic operations and autonomous technologies, Voyager hopes to help shape a sustainable and connected lunar ecosystem.
As interest in the Moon grows across space agencies and private companies worldwide, Voyager’s strategy reflects a broader shift toward long-term planning and infrastructure-first thinking in space exploration.
