Home Architecture News BIG designs the first 3D-printed data center for the Moon
Architecture News

BIG designs the first 3D-printed data center for the Moon

Share
BIG designs the first 3D-printed data center for the Moon
Share
Rendering of BIG's 3D-printed data center for the Moon, the Freedom Payload.
3D-printed data center © BIG

BIG, the renowned Danish architecture studio and Lonestar Data Holdings have collaborated on a subject involving space and architectural innovation. Together, they created a data storage device for the Moon. Named the “Freedom Payload,” this newly designed storage device will be the first data center to be sent to space. The project is being built upon the success of Lonestar’s Independence payload, launched in early 2024. This new data center is planned to be used by governments, enterprise businesses, and leading NGOs to relocate humanity’s data storage to the Moon to safeguard information in case of a catastrophe on Earth.

The Freedom Payload will weigh 1 kg and be about the size of a hardback book. It will be able to store up to eight terabytes and will be entirely solar-powered and naturally cooled. This new data storage device is a result of combining architectural design and cutting-edge engineering. It embodies functionality and sustainability. “Using 3D printing, BIG has created a structure that can withstand the harsh conditions of the Moon while promoting sustainable practices in extraterrestrial environments,” said Lonestar and added, “As humanity transitions to a digital society with never-ending data needs, the expansion of data centers to the Moon provides an environmentally friendly means to simultaneously meet the needs of Earth while protecting the planet from carbon-heavy data centers.”

In addition to being various firsts, the Freedom Payload will also carry a profound symbolic weight. Its design embodies an inspirational message, depicted as a sundial to honor the legacy and future of space exploration. “BIG’s ethos of giving form to the future; it is designed to feature the profiles of two NASA astronauts – Charlie Duke and Nicole Stott – whose faces will cast changing shadows on the Moon throughout the lunar day (14 Earth days) for thousands of years to come,” said BIG about the significance of the design. In the morning on the moon, the silhouette of Charles Duke, a moonwalker from Apollo 16, represents the accomplishments of the Apollo program. As the day progresses, the silhouette transitions to spacewalker astronaut Nicole Stott, symbolizing the advancement and inclusivity of present and future missions under NASA‘s Artemis program.

Freedom Payload is set to launch to the Moon later this year as part of a NASA Commercial Lunar Payload Services (CLPS) mission, an initiative that allows commercial companies to deploy technology on the moon’s surface for experimentation and testing.

Share
Written by
Reyyan Dogan

Reyyan is an Istanbul-based architect and researcher. She continues her second degree on sociology and master's degree on alternative architectural practices. Her areas of interest are urban political ecology, environmental conscious design and changing production-consumption practices.

Leave a comment

Leave a Reply

Related Articles
Milan and Cortina Prepare for 2026 Winter Olympics
Architecture News

Milan and Cortina Prepare for 2026 Winter Olympics

With the February 6, 2026 opening ceremony only 19 months away, preparations...

CHYBIK + KRISTOF Near Completion of Jihlava Multipurpose Arena
Architecture News

CHYBIK + KRISTOF Near Completion of Jihlava Multipurpose Arena

What if the ancient Colosseum met the needs of a modern city?...

BIG Redesigns Ørestad’s Public Spaces with 'The Impact' in Copenhagen
Architecture News

BIG Redesigns Ørestad’s Public Spaces with ‘The Impact’ in Copenhagen

BIG – Bjarke Ingels Group, in collaboration with American artist Doug Aitken...

OPENCALL 2025: Vertico Greenfield Residency
Architecture News

OPENCALL 2025: Vertico Greenfield Residency

Vertico is officially announcing the second edition of the Greenfield Residency, an...

Subscribe to all newsletters

Join our community to receive the latest insights and updates!

© 2025 ParametricArchitecture. All Rights Reserved. By utilizing this website, you are consenting to our User Agreement, Privacy Policy, and Cookie Statement. In compliance with the privacy laws of Turkey and the United States, we recognize and respect your rights. Please be aware that we may receive commissions for products bought through our affiliate links. Unauthorized reproduction, distribution, or transmission of any material from this site is strictly forbidden without prior written permission from ParametricArchitecture.

ad blocker mark

AdBlocker Detected!

Help Us Keep Our Content Free

Your support helps us continue delivering high-quality resources at no cost to you.

We’ve detected that you are using an AdBlocker. We completely understand the need for a clean browsing experience, but ads help us keep this platform running and continue providing you with high-quality content at no cost.

If you enjoy our content, please consider disabling your AdBlocker or adding our site to your whitelist. Your support allows us to create more valuable articles, tutorials, and resources for you.

Thank you for being a part of our community!