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Unlock Billions: The Secret to Lunar Oxygen Profitability!

“I'd like to argue that lunar ISRU could be a market competitive profitability enabling service.”

Discover a groundbreaking cost estimation technique for lunar oxygen generation. This research reveals how in-situ resource utilization (ISRU) can drive immense profitability, making space ventures economically viable.

SpaceTechLunar EconomyISRUOxygen GenerationCost Estimation

00:06

Chapter 1Welcome to the Lightning Talks: Student Research Spotlight

01:32

Chapter 2Introducing Ireland Brown: Space Systems PhD Student

02:25

Chapter 3Why Lunar ISRU Matters: NASA's Vision for a Robust Space Economy

03:03

Chapter 4Revolutionary Cost Estimation: The 'Cost O' Model

03:19

Chapter 5NASA's Carbothermal Reactor: The Future of Lunar Oxygen Production

03:44

Chapter 6Unpacking the Methodology: Identifying Feasible Trade Spaces

04:30

Chapter 7Key Decision Variables: From Stockpiles to Launch Vehicles

05:06

Chapter 8Calculating Operational Costs: Transportation vs. System Maintenance

05:37

Chapter 9The Most Cost-Optimal Scenario: $960K/kg Lunar Oxygen

06:27

Chapter 10Modeling Break-Even & Cash Flow: Immediate Profitability?

07:09

Chapter 11Conclusion: Lunar ISRU as a Market Competitive Service

TopicsSpace Economy & Commercialization In-Situ Resource Utilization Institutional Research & Development Advanced Aerospace Engineering Orbital Mechanics & Space Operations

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Read the full article

Unlocking Lunar Riches: A New Cost Model for Space Resource Utilization

The dream of a thriving lunar economy is closer than ever, thanks to advancements in space resource utilization. Ireland Brown, a Draper Scholar and PhD student, unveiled a new cost estimation technique at SpaceTech 2026, demonstrating the profound commercial viability of producing oxygen on the Moon. Her research offers a critical framework for understanding and achieving profitability in future space endeavors.

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