MAR 01, 2018 08:53 AM PST

Professor Will Take Homemade Spacesuit up 30,000 Feet

WRITTEN BY: Julia Travers

Anthropologist Cameron Smith of Portland State University is working hard to revolutionize the spacesuit design landscape. In March 2018, he plans to test his own homemade design at about 30,000 feet up, which is similar to the altitude of commercial planes.

“I grew up in Texas, when the culture of the Apollo missions was still reverberating,” Smith told Discover Magazine. When he was 10, his dad projected NASA footage onto the wall of his bedroom. Becoming a military pilot was the main route to space flight at the time and his eyesight barred that path for him. But, becoming an anthropologist stoked his sense of adventure and creative problem-solving, eventually leading him to begin designing a DIY spacesuit in 2008. Smith is also the co-founder of Pacific Spaceflight, a "think-tank focused on next-generation space exploration technologies,” and the author of Emigrating Beyond Earth: Human Adaptation and Space Colonization.

Cameron Smith in one of his spacesuits, credit: Pacific Spaceflight on Twitter

What Is Smith Building and Why?

Smith works with a team of volunteers in the development of a lighter, cheaper and durable suit that he hopes will be comparable to a pickup truck model of space-wear. He researched spacesuit creation back to the 30s to prepare for this endeavor and also relied on his past experience designing ship sails as part of his anthropology and archeology research. Smith’s suits can reportedly be built for a few thousand dollars, while a similar version from NASA would run closer to $70,000. He estimates that he has spent less than $30,000 on this project in the last 10 years.

Smith told Wired there are four main layers to most spacesuits: a thermal temperature control garment, a gas-tight pressure barrier, a coverall protective layer with pockets and attachment modules, and a series of exterior components (gloves, helmet, and power, gas, fluid, and communication wires and cords, etc.). Creating a suit that alleviated the wedgie factor of many current designs was another important goal the team has met.

What Comes Next for Smith? 

The suit models have been tested in water, pressure chambers and hot air balloon flights. Smith owns his own balloon which can only lift himself and a lightweight life-support system through the high altitudes. In March, Smith has a 30,000-foot solo-flight test scheduled. This event will risk his life. “I’m going to be very cautious. You’ve got only about five to 15 seconds of useful consciousness up there without a spacesuit,” he told Discover.

one of Smith's original drawings, credit: Wired

Smith told Wired he was able to “apply evolutionary principles to adaptation to space” and now feels he can play a “tiny part” in human evolution. He plans to make his team’s designs open-source and envisions that other people will improve on them, increasing the success and public accessibility of space flight. While his career path was not a straight line, over time he honed back in on his childhood dream of working with space exploration, and he appears to have many adventures ahead.

About the Author
  • Julia Travers is a writer, artist and teacher. She frequently covers science, tech and conservation.
You May Also Like
SEP 01, 2018
Videos
SEP 01, 2018
Modeling the Blood Brain Barrier on a Chip
Organ chips are great for studying parts of the human body that are challenging to explore....
SEP 30, 2018
Technology
SEP 30, 2018
Bridging Psychology and Gamification
To significantly impact learning efforts in user experience design, healthcare, and government, a research team is seeking to close the gap between psychol...
OCT 16, 2018
Cardiology
OCT 16, 2018
Robots, Good For The Heart
The surgeons of today need to rethink their relationship with robots. This is because the field of surgery is rapidly advancing through the development of...
OCT 14, 2018
Space & Astronomy
OCT 14, 2018
NASA's Chandra X-ray Observatory Enters Safe Mode for Unknown Reasons
A little more than a week ago, NASA’s Hubble Space Telescope started exhibiting wonky gyroscope data consistent with a mechanical failure. Consequent...
OCT 23, 2018
Space & Astronomy
OCT 23, 2018
NASA Fixes Hubble's Gyroscope Issue, Tests Planned for Near Future
On October 5th, NASA’s Hubble Space Telescope experienced a troublesome gyroscope malfunction. Onboard software attempted to rectify the issue by kic...
NOV 11, 2018
Technology
NOV 11, 2018
Extending the Life of Metal-Air Batteries
Research supported by MIT Lincoln Laboratory has examined a way to substantially reduce corrosion in metal-air batteries—increasing longer shelf life...
Loading Comments...