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Forbes Daily Briefing

This Startup Is Racing To Be The First To Mine Helium On The Moon

Forbes Daily Briefing

Forbes

Careers, Business, News, Entrepreneurship

4.612 Ratings

🗓️ 5 September 2025

⏱️ 5 minutes

🧾️ Download transcript

Summary

Interlune is developing robots to harvest a valuable gas on the lunar surface that could have a big impact on Earth.

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Transcript

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0:00.0

Here's your Forbes Daily Briefing bonus story of the week.

0:05.0

Today on Forbes, this startup is racing to be the first to mine helium on the moon.

0:11.0

In the lobby of Interloon, a three-foot-wide tabletop diorama shows an idyllic toy-size version of the mining operation the Seattle startup wants to build on the

0:22.1

moon. Boxy autonomous vehicles scrape up the top layer of lunar dirt and crush it to release gas

0:28.4

containing a valuable form of helium. Solar panels on wheeled platforms generate power. Off to one side,

0:36.1

a box resembling a military missile launcher is loaded with

0:39.3

small rockets designed to carry bottles of the gas back to Earth. What Interlune is trying to do

0:45.7

is far from child's play. Helium 3, an industrial-priced cousin of the isotope of the gas we

0:52.1

use to fill party balloons balloons is rare on Earth.

0:55.8

In 2024, it sold for $2,500 per liter, or roughly $19 million a kilogram,

1:02.5

according to a report from Adel Gas Group.

1:05.6

Interloon CEO Rob Meyerson, who is the former president of Jeff Bezos's Blue Origin, expects an installation

1:12.5

with just five of his mining machines could one day produce at least 10 kilograms of helium

1:18.0

3 a year, worth close to $200 million. However, the company faces daunting hurdles to get there.

1:26.9

Though there is more helium 3 on the moon, it's still far from abundant.

1:32.0

Even if interlune can find lunar regions with higher concentrations, collecting a commercially

1:36.6

viable amount of helium-3 means developing and transporting to the moon, machines that

1:41.7

can chew through millions of tons of regolith, the loose debris

1:45.2

that covers the lunar surface from billions of years of micro-mediorite impacts, autonomously,

1:51.4

with no boots on the ground to repair them as they kick up dust more abrasive than anything on

1:56.2

Earth.

1:57.5

Meyerson told Forbes, quote, that's one of the things we're going to be great at.

...

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