Materials For a Working Moon

Materials for a Working Moon
Metals, manufacturing, and surviving extreme lunar conditions
The Moon presents one of the harshest engineering environments ever encountered. Extreme temperature swings, prolonged darkness, and repeated thermal cycling place extraordinary demands on materials and manufacturing systems. In this interview, Dr. Ian Mellor of Metalysis discusses how lunar resource extraction, advanced materials, and in-situ manufacturing technologies could help build infrastructure that survives and operates through the challenges of the lunar environment.

Crossing the Threshold

Crossing the Threshold to Continuous Presence
The transition from early infrastructure to sustained operations
For decades, space exploration has been defined by historic missions and singular achievements. The next era will be defined by something different: continuity. In this thought-provoking article, Courtney Stadd of the Beyond Earth Institute examines the transition from mission-based exploration to a persistent operational environment supported by infrastructure, logistics, cadence, and commercial participation.

BENEATH THE MOON

Beneath the Moon
Designing lunar habitats for protection and permanence
The future lunar base may not sit entirely on the surface. As engineers and architects look toward sustained human presence, lava tubes and underground habitats are emerging as promising solutions for protection from radiation, micrometeorites, and extreme temperature swings. In this interview, Sam Ximenes explores how infrastructure, construction technologies, and subsurface environments could shape the next generation of lunar settlements.

From Formula One to the Final Frontier

From Formula One to the Final Frontier
Engineering for the pace of space
As lunar missions shift toward continuous operations, manufacturing is becoming a critical factor in mission success. The challenge is no longer limited to building high-performance systems. It is delivering them with the speed, flexibility, and repeatability required for a high-cadence space economy. In this interview, Andrea Refraschini and Silvia Refraschini of Eligio Re Fraschini discuss how lessons from Formula One and other high-performance industries are helping shape the future of space manufacturing.

The Infrastructure Landers

The Infrastructure Landers
Griffin-1 and the rise of infrastructure-class lunar landers
The next generation of lunar landers is being designed for more than exploration. As lunar operations expand, larger spacecraft are emerging that can deliver power systems, communications infrastructure, mobility platforms, and other critical assets needed for sustained activity on the Moon. In this interview, John Thornton of Astrobotic discusses how Griffin-1 is helping usher in the era of infrastructure-class lunar landers.

Building The Lunar Supply Chain

Building the Lunar Supply Chain
Rovers, robotics, and autonomous systems for a scalable lunar economy
The future lunar economy will depend on more than reaching the Moon. It will depend on moving people, materials, equipment, and resources once they arrive. As activity expands across the lunar surface, mobility systems are evolving from exploration tools into operational infrastructure. In this interview, Kate Breach of iSpace discusses how rovers, autonomous systems, communications networks, and logistics capabilities are helping build the foundation for a scalable lunar supply chain.

Connecting the Moon

Connecting the Moon
Communications and navigation systems for a scalable lunar economy
Before habitats, mining operations, and industrial activity can expand across the Moon, explorers and machines must first be able to communicate, navigate, and share data reliably. Intuitive Machines is developing a lunar communications and navigation architecture designed to provide the connectivity layer that future missions depend upon. Through relay satellites, ground stations, and network orchestration systems, the company is helping build the foundation for a connected lunar economy.

First Moon Infrastructure

First Moon Infrastructure
Building roads, landing pads, and long-term capability
Before humans can live and work on the Moon at scale, the surface itself must be prepared. ICON Prime is developing autonomous construction systems that transform lunar regolith into roads, landing pads, berms, and future infrastructure using materials already found on the Moon. The goal is simple: ship the builder, not the building.

Opening The Other Half of The Moon

Opening the Other Half of the Moon
Relay systems, landers, and Firefly’s growing lunar architecture

For decades, the far side of the Moon remained largely inaccessible due to a simple challenge: communications. Firefly Aerospace is helping change that reality through a growing architecture of relay satellites, precision navigation, and surface communications systems that expand access beyond the Earth-facing hemisphere. As lunar operations scale, connectivity is becoming a critical layer of infrastructure.

BUILDING THE CISLUNAR HIGHWAY

Building the Cislunar Highway
Electric propulsion and the infrastructure of scalable lunar operations

As lunar activity expands, a new layer of infrastructure is emerging between Earth and the Moon. Communications networks, cargo transport, orbital servicing, and long-duration operations all depend on the ability to move efficiently throughout cislunar space. In this interview, Michael VanWoerkom of Voyager Technologies discusses how electric propulsion is enabling the next generation of orbital transportation systems and helping build the transportation layer that will support a growing lunar economy.