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Exploring the engineering challenges behind permanent infrastructure on the Moon.

Our articles cover lunar fission, autonomous construction, in-situ resource utilization (ISRU), lunar regolith, space manufacturing, robotics, and the technologies that will enable a sustainable lunar economy.

From reactor infrastructure and laser sintering to autonomy, materials science, and mission architecture, we examine the engineering problems that must be solved before humanity can build beyond Earth.

Whether you're an engineer, researcher, investor, or simply curious about the future of space infrastructure, you'll find technical insights, industry analysis, and perspectives on building the foundation for the next era of exploration.
So Is It Laser Sintering or Melting?
Laser sintering and laser melting of lunar regolith produce different microstructures. Here's why Lunar Forge uses both - and how the thermal regime determines strength, energy cost, and suitability for fission reactor infrastructure.
Who Will Build Lunar Infrastructure First? The Next Great Power Competition
The future of space leadership won't be decided by who reaches the Moon first, but by who builds permanent infrastructure there. Here's why lunar manufacturing is becoming a strategic priority.
Nuclear Fission on the Moon: The $100-500B Infrastructure Opportunity
Why lunar fission reactors are the foundation of the lunar economy, what the market opportunity looks like, and why manufacturing infrastructure on the Moon will define the next industrial era.
Who Will Build Lunar Fission Reactor Infrastructure
Astronauts and humanoid robots aren't the answer for lunar construction. Discover why purpose-built autonomous systems are essential for manufacturing fission reactor infrastructure on the Moon.
Why Polymer Binders Won't Build the Moon
Can polymer binders build lunar infrastructure? Discover why shipping binders from Earth doesn't scale and why laser-sintered lunar regolith is a better solution.
Why Lunar Fission Infrastructure Comes First
Lunar fission reactor infrastructure is the hardest manufacturing challenge on the Moon. Learn why solving it unlocks landing pads, habitats, roads, and every other lunar structure.
Lunar Regolith Deep Dive
Lunar regolith isn't a uniform material. Learn how Lunar Forge adapts laser sintering in real time to varying lunar soil composition, mineralogy, and particle properties.
Who Builds Lunar Fission Reactor Infrastructure
NASA plans to deploy a lunar fission reactor by 2030, but reactor infrastructure remains unsolved. Learn how Lunar Forge manufactures shielding, containment, and foundations directly from lunar regolith.
Why Do We Even Need the Moon
Why do we need the Moon? Discover why the Moon is the foundation for lunar power, resource extraction, autonomous manufacturing, and the future of human expansion into space.
The Missing Piece of Every Lunar Economy Roadmap
Every lunar economy roadmap assumes power and infrastructure already exist. Discover the missing layer: autonomous manufacturing of lunar fission reactor infrastructure from lunar regolith.
Why the Moon Comes Before Mars
A sustainable path to Mars starts with the Moon. Discover why lunar power infrastructure, autonomous manufacturing, and in-situ construction are essential for the future of deep space exploration.
Why Robots Must Build the Moon First
The Moon is too hostile for continuous human construction. Discover why autonomous robots are essential for building lunar power infrastructure before people can live and work there.
Lunar Regolith: The Moon's Most Valuable Construction Material
Lunar regolith isn't dirt. Learn how its unique composition enables laser sintering to manufacture reactor housing, radiation shielding, and lunar infrastructure directly on the Moon.
Why Solar Power Alone Won't Work on the Moon
Can solar power support a permanent lunar base? Learn why the Moon's 14-day night makes lunar fission essential for mining, habitats, manufacturing, and long-term exploration.
The $1M/kg Problem
Shipping lunar infrastructure from Earth doesn't scale. Discover why manufacturing reactor housing, radiation shielding, and structural components directly from lunar regolith is essential for sustainable lunar exploration.
Why Build a Lunar Economy
Is a lunar economy inevitable? Explore why lunar fission power - not hype - is the foundation for mining, habitats, science, and long-term lunar infrastructure.
Why build the structure on the Moon instead of launching it
Discover why launching lunar reactor infrastructure from Earth doesn't scale and how manufacturing reactor housing, shielding, and foundations from lunar regolith enables sustainable lunar fission power.
Why we’re building fission reactor housing on the Moon
Lunar Forge is developing autonomous technology to manufacture fission reactor housing, radiation shielding, and critical infrastructure directly from lunar regolith - enabling sustainable nuclear power on the Moon without launching thousands of kilograms from Earth.
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