NASA is planning a permanent Moon base by the 2030s, and building it means solving problems no construction team on Earth has ever faced: zero atmosphere, moonquakes, temperature swings that would destroy anything we build here, and the brutal economics of shipping every material 240,000 miles. Jon, TK, and Kanav sit down with Kenny Cheung, a research scientist at NASA Ames and principal investigator on the ARMADAS project, to break down how NASA is thinking about foundational infrastructure, materials strategy, and robotics for lunar construction, and where that thinking eventually shows up back on Earth's job sites. From mining moon ice for rocket fuel to a "ship it vs. make it" materials framework to the case for modular, LEGO-like construction systems, this is a look at what it actually takes to build off-world.

Guest: Kenny Cheung, NASA Ames Research Center — linkedin.com/in/kennethccheung

Topics Covered

• Foundational infrastructure in an environment with no atmosphere
• Ship it vs. make it: NASA's materials strategy
• The economics of building on the Moon
• Where lunar construction tech lands on Earth first

Chapters
(00:00) Introduction
(02:19) Why NASA needs a permanent Moon base
(05:36) Foundational infrastructure and the lunar environment
(07:04) Moonquakes, building codes, and lunar permitting
(08:14) Mining moon ice for water, oxygen, and fuel
(10:12) Ship it or make it: NASA's materials strategy
(11:42) Structural materials, radiation shielding, and the economics of building on the Moon
(14:46) Robotics, coordination, and construction sequencing
(21:14) Where this technology lands on Earth first
(25:35) Staying up to date on Lunar research