Metal Binder Jetting
Automotive Polymers

NASA Redesigns Z-Series Mars Spacesuit with Astronaut-Specific 3D Printed Gear in ‘Tron’ Technology Design

Share this Article

Untitled

The new Z-2 spacesuit was inspired by ‘Tron.’

Well, folks, it really does look like we are going to Mars–and the people have spoken on fashion. In the first public vote on what astronauts will be sporting when they make their foray onto Mars, they can count on being suited up in Tron-reminiscent gear. This is a good thing for the spacemen of today, as these suits will allow them greater mobility and ease in navigating on the fourth planet from the sun. Not only that, but 3D printing will play an integral part in the design of the suit, the final choice being that of three designs presented for public consumption and voting by NASA for the update of the original Z-1 spacesuit.

Their three options were:

  • Biomicry – using a style imitating the sea, as well as the luminescence of the ocean’s creatures found at the furthest depths, and ‘the scaly skin of fish and reptiles found across the globe.’
  • Technology – using electroluminescent wire and patches, exposed rotating bearings, collapsing pleats for mobility and highlighted movement, and abrasion resistant lower panels.
  • Trends in Society – based on what clothes might look like in the near future, also with electroluminescent wire and a sportswear color scheme.

armWith 233,431 votes, and over 63% of the total vote, the new and winning design was ‘Technology,’ and was the style used for updating the suit that is formally called the Z-2. Sounding somewhat like a fast sportscar, the allusion makes sense as the hope is that the astronauts will be able to get around ‘town’ faster while on Mars. They will also be able to get out of it with more facility due to a rear exit on the suit, and it offers some updates from their previous suit, still in grey, but also showing off red electroluminescent details that can be better seen in the dark. NASA states that the team will have “maximum astronaut productivity on a planetary surface – for exploring, collecting samples, and maneuvering in and out of habitats and rovers.”

The Z-3 will build upon ideas of both the Z-1 and the Z-2, and NASA has recently released more images and details about the winning Tron-inspired design from last year’s contest for the Z-2 design.

“‘Technology’ pays homage to spacesuit achievements of the past while incorporating subtle elements of the future,” states the NASA blog. “By using Luminex wire and light-emitting patches, this design puts a new spin on spacewalking standards such as ways to identify crew members.”

The Z-2 is 3D printed, and astronaut-specific. They will each be fitted after a 3D scan to assure a perfectly customized fit. And while it won’t skin-tight a la Matt Damon in The Martian, it will certainly be a much more modern improvement, offering greater efficiency and comfort–as much as is possible considering all the requirements of the suit, which is almost a machine in itself. It will hopefully makes itself available to a ‘suitport’ rather than the traditional airlock, allowing them to enter and exit modules in a more sterile manner as well.2e

“NASA is developing the next generation of suit technologies that will enable deep space exploration by incorporating advancements such as regenerable carbon dioxide removal systems and water evaporation systems that more efficiently provide crew members with core necessities such as breathing air and temperature regulation,’ said NASA.

According to NASA, as the chosen design is tested at Houston’s Johnson Space Center, they expect its final iteration to involve all the following ‘firsts’ in a spacesuit:z 2 back

  • First surface-specific planetary mobility suit to be tested in full vacuum
  • First use of 3D human laser scans and 3D printed hardware for suit development and sizing
  • Most advanced use of impact resistant composite structures on a suit upper and lower torso system
  • First integration of the suit-port concept with a hard upper torso suit structure
  • Most conformal and re-sizeable hard upper torso suit built to date

“As spacesuit engineers, [we] have found ourselves with an exciting opportunity: the chance to make a suit with a look unlike any suit ever built before,” said the NASA blog. “The designs were created with the intent to protect the suit and to highlight certain mobility features to aid suit testing.”

The suit cover uses innovative elements that are completely original to the Z-2, produced between ILC, NASA’s suit vendor, and Philadelphia University. The suit itself will also of course have numerous protective measures as part of its use, but will also provide support against impacts to the upper and lower torso. NASA will also be working on other suit designs to fit various exploratory missions and duties while on Mars.  Discuss this story in the NASA Z-Series Space Suit forum thread on 3DPB.com.

[Source: Daily Mail/Images: NASA]

z 2shoes

Share this Article


Recent News

3D Systems Buys High-Speed 3D Printing Firm dp polar

3D Printing News Unpeeled, Live with Joris Peels – Monday 8th of August



Categories

3D Design

3D Printed Art

3D Printed Food

3D Printed Guns


You May Also Like

New Zealand Experts in 4D Printing Create Liquid Printed Structures with Stratasys

Whenever design artist Nicole Hone brings one of her ideas to life, she creates a world of wonder. Her mesmerizing 4D printed structures are genuinely one of a kind, evoking...

Featured

Covestro Sells 3D Printing Unit to Stratasys

Covestro (FWB: 1COV) has sold its 3D printing business to Stratasys (NASDAQ: SSYS) for €43 million. Additionally, there is a possible earn out of €37 million. This is rather unexpected....

3D Printing Webinar and Event Roundup: August 7, 2022

Things are picking up a little in terms of 3D printing webinars and events this week! Fortify will be at the SmallSat Conference, ASTM is continuing its virtual certificate course,...

Unpeeling the 3D Printing News, Live Today, Thursday August, 5th

Unpeeling the 3D Printing News Live is a 15 to 20 minute live videocast every workday. We aim to provide you with a succinct, impactful roundup of the days most...