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Luna One

First Industrial Park
on the Moon

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From zero to permanently crewed
1 Year.

From zero lunar surface assets to a permanently crewed, industrially capable outpost. Using only existing or near-flight-ready commercial systems.

SpaceX Starship · Dual Launch Pads
18 Flights.
1,000 Tons.

Everything delivered to a lunar equatorial site in 12 months. Starbase and LC-39A running at demonstrated commercial cadence.

Fission Surface Power · 354-Hour Lunar Night
80 kWe.
Continuous.

Two nuclear fission reactors. Power through every lunar night. No solar dependency. Industrial-grade, around the clock.

Dual-Redundant In-Situ Resource Utilization
80 kg O2
Per Day.

Oxygen for life support, propellant, and sale. By-products: ferrosilicon and aluminum-silicon alloys for structural construction on the Moon.

Total Program Cost · 2026 Dollars
$4–5 Billion.

Privately funded. No taxpayer money. Revenue operations beginning by 2028, scaling to $500M+ per year.

A Different Model
No Government Prime.
No Cost-Plus.
No Decade-Long Timeline.

A risk-sharing commercial consortium. Built like an industrial venture, not a government program. Speed over conservatism. Results over process.

The Consortium Is Forming Now
Who Sits at
the Table?

Launch. Power. Habitat. ISRU. Robotics. Comms. Legal. Insurance. Tenants. The seats are filling. The question is whether you're in the room.

Kristin Savage · Founder, Luna-One Project
Let's Build This.
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📷Artemis II