countdownmail.com

Mars Habitat Designers RedWorks Will Test Earth-Based Manufacturing Products in 2016

Share this Article

3dp_redworks_logoLast May NASA launched their Mars 3D Printed Habitat Challenge that asked teams of designers, artists, engineers, rocket scientists and 3D printing technology experts from all over the world to create the first off-world 3D printable settlement. There were hundreds of entries ranging from designs as diverse as ice structures, stone structures and underground habitats. After NASA scientists and engineers narrowed them down to thirty finalists they were invited to present their habitat concepts at the 2015 New York Maker Faire where they eventually settled on the top three designs.

RedWorks‘ aerospace engineer in residence Keegan Kirkpatrick told me in an interview that the concept for their habitat design was based on early human settlers’ use of natural materials and shapes found in nature like a nautilus shell. While the Lancaster, California space and additive manufacturing company’s design ultimately did not win, it was still one of the more striking and innovative designs in the competition. And the company has committed themselves to continue to develop their technology, not only for the eventual goal of colonizing off-world moons, planets and asteroids, but also to adapt their technology for Earth-based applications.

Early concept for the RedWorks habitat.

Early concept for the RedWorks habitat.

The company is announcing this week that they are set to begin testing the first of their Mars Habitat Spinoff technologies in early 2016. These spinoff technologies tests are the first phase of RedWorks Made for Mars program that is looking to develop some of the Mars habitats engineering solutions for consumer applications and industrial uses. These newly developed products and technologies are intended to show the general public the many benefits that can evolve from technologies developed for space exploration and offer them space-rated solutions to Earth-based problems.

Among the areas that RedWorks believes their spinoff technologies will have obvious uses will be in the manufacturing of affordable housing solutions as well as encouraging the development of environmentally friendly settlements. The technologies can also be adapted for uses as varied as erosion management, waste and refuse management, renewable energy production, water conservation, urban agriculture and local food production. And because the technology was developed for use in typically inhospitable environments like Mars they will be extremely efficient, durable and self-sustaining.

The RedWorks Mars habitat.

The RedWorks Mars habitat.

When the company was founded last year, their mission was a simple one: design the technology that would allow the manufacture of habitats that will help humanity colonize other worlds. The goal is to develop basic settlement infrastructure that is highly adaptable and can be used on multiple types of planets and planetoids like moons or asteroids produced entirely from in-situ resources. The RedWorks habitats will be completely capable of providing self-sustaining the food, air, water and sanitation needs for up to four settlers for up to a year, as well as providing protection from from the elements and environments found on alien worlds.

All of the spinoff technologies from the Made for Mars program are based on lessons that the company learned while they were designing their Mars habitat, living systems and construction techniques. RedWorks is planning demonstrations of their first Made for Mars spinoff product prototypes in early 2016. Additionally the company will continue to explore and expand on their existing Mars Habitat technology to make it available for future colonies on Mars, the Moon or even mining settlements on asteroids. And of course these future developments are expected to lead to their own set of new spin off technologies with Earth-based applications.  Discuss this move by RedWorks in the 3D Printed Buildings forum on 3DPB.com.

 

Share this Article


Recent News

Pioneering 3D Printed Wrist Prosthesis for Kienbock’s Disease

Metal 3D Printing Research: Using the Discrete Element Method to Study Powder Spreading



Categories

3D Design

3D Printed Art

3D Printed Food

3D Printed Guns


You May Also Like

thyssenkrupp Collaborating with Impact Labs on New Israeli Metal 3D Printing Center

German company thyssenkrupp is a diversified industrial group, supplying reliable solutions, services, and products to its many global customers in a wide variety of industries: from automotive, chemicals, and construction...

3D Printing News Briefs: December 3, 2019

We’re starting today’s 3D Printing News Briefs out with a new case study, and then concluding with some business. CRP USA has been working with additive manufacturing in the motorsports...

3D Printing Unicorns, Part 3: Desktop Metal

When a privately held startup hits $1 billion in value, it magically transforms from an ugly mare into a beautiful unicorn (or so the legend goes). In the 3D printing...

Sandvik and Renishaw Qualifying New 3D Printing Materials for Production Applications

Founded in 1862, Swedish company Sandvik has been investing in metal 3D printing since 2013, working to increase its focus on the technology and grow its presence in the industry....


Shop

View our broad assortment of in house and third party products.


Services & Data

Subscribe To Our Newsletter

Subscribe To Our Newsletter

Join our mailing list to receive the latest news and updates from our 3DPrint.com.

You have Successfully Subscribed!