Edmontonian developing 3D printer that could be ‘manufacturing plant of the moon’

Madison Feehan, a 21-year-old from Edmonton, is making waves in the space industry with her groundbreaking work on a 3D printer designed to convert moon soil into essential equipment for astronauts. As the CEO and founder of Space Copy, Feehan’s innovative approach to 3D printing could revolutionize the way we think about space exploration.

Feehan’s journey into the world of space technology began at the young age of 16 when she accidentally landed a contract position with NASA. Initially thinking it was a volunteer role, Feehan was surprised to receive a paycheck in the mail a few months later. This experience gave her a unique insight into the inner workings of NASA and inspired her to pursue her own space-related ventures.

During her time at NASA, Feehan had the opportunity to explore various technologies proposed by universities and companies worldwide. This exposure to cutting-edge research allowed her to identify gaps in NASA’s technology directorate, sparking the idea for Space Copy. With a mission to develop innovative solutions for space exploration, Feehan set out to create a 3D printer that could utilize lunar soil to create essential infrastructure for astronauts.

Space Copy’s in situ logistics and additive manufacturing technology is essentially a materials processing and 3D printing device combined. By breaking down lunar soil into a fine powder, this device can create a wide range of structures, from astronaut habitats to repair parts for rovers. The first prototype is set to be tested in cislunar space next year, marking a significant milestone in space technology.

In addition to its applications in space exploration, Space Copy’s technology has the potential to revolutionize other industries as well. From natural disaster response to defense ecosystems, this innovative 3D printing tool could be used in diverse and challenging terrains, such as the Canadian Arctic or underwater environments.

One of the most significant advantages of this technology is its cost-saving potential. With NASA currently spending around $1.2 million USD per kilogram of supplies sent to space, 3D printing could reduce this cost by up to 70%. This cost-effective solution could be a game-changer for future space missions and long-term colonization efforts.

As Feehan continues to push the boundaries of space technology with Space Copy, her innovative approach to 3D printing is paving the way for a new era of space exploration. With her passion for innovation and determination to make a difference, Feehan is undoubtedly a rising star in the space industry.