This year, the Indian Space Research Organisation (ISRO) will launch its second trip to the moon. If all goes well, the 3,290 kg Chandrayaan-2 spacecraft will be orbiting over the far side of the moon at some point this summer, completely out of contact with controllers back home on Earth. It will then begin a difficult mission – releasing a lander, containing a rover, which should have a soft landing near the moon’s south pole right after the lunar sunrise. Then, the rover will be sent out into territory that’s never been explored before – far from the lunar equator, where there is less sunlight.
Wu Ji, Director of the National Space Science Center in Beijing, said, “It is a difficult and complicated mission.”
According to Kailasavadivoo Sivan, the ISRO Chairman in Bengalaru, if the Chandrayaan-2 is successful, it will not only prepare the way for more ambitious Indian missions to space, but also demonstrate without a doubt that the country has the capability and technology “to soft land on other heavenly bodies.”
But the difficult mission isn’t just about proving that India can handle missions like landing on Mars and sending a probe to Venus – the orbiter is picking up where the Chandrayaan-1 left off when it discovered water molecules on the moon nearly ten years ago.
“It was kind of a kooky science to think that you’d find water,” James Greenwood, a cosmochemist at Wesleyan University, said regarding previous thoughts about water on the moon before the 2009 mission. “Now, we’re arguing about how much water, and not whether it has water or not.”
Cameras and a spectrometer aboard the Chandrayaan-2 orbiter could help answer this question. In addition, several instruments aboard both the lander and the 25 kg rover will be busy collecting important data about the thin envelope of plasma on the moon. A seismometer will record moonquakes, two spectrometers will probe the elemental composition of the lunar surface, and the orbiter’s water mapper will hopefully capture some information on the moon’s water circulation.It’s obviously difficult to operate a base in a location where the water supply is limited. Muthayya Vanitha, the ISRO Project Director for Chandrayaan-2, said that finding substantial water on this mission “could pave the way for the future habitation of the moon.”
Figuring out how to build successful habitats in space is a focus for many organizations right now, and several are using 3D printing technology to do so. ISRO is doing the same thing, and is developing 3D printable igloo-like structuress that will be used as lunar habitats.
Mylswamy Annadurai, Director of the ISRO Satellite Centre, said, “There has been a rebirth of lunar exploration across the globe, and India can’t be left behind.”
The igloos, which will eventually be built out of lunar soil and other materials on the moon by robots and 3D printers, will be used as future outposts for astronauts on the moon.
“We are seriously planning to use the Moon as an outpost – like missions in Antarctica,” explained Annadurai. “In the long run, the space station is likely to be scrapped. Many countries, including the US, are considering building more permanent structures on the Moon and working out of there. When it happens, we want India to have contributed.”
Work on this project began in 2011, and Annadurai said ISRO has figured out how to create a material that approximates the properties of lunar soil, actually matching 99.6% with the lunar samples brought from back by NASA’s Apollo missions, and currently has about 60 metric tons of it, at the lower price of Rs 10 lakh, that are ready to use.
I. Venugopal, the Senior Scientist and Project Lead, applied for a global patent for ISRO’s process of manufacturing the material.
“It may sound crazy today,” said Venugopal. “But you’ll see that one day men will be working out of there, and the goal is to launch interplanetary satellites from the Moon.”
The soil simulant is currently being used to test the lander for the Chandrayaan-2 mission. Meanwhile, ISRO is making progress with a working 3D printed model of the igloo, which is located in its lunar terrain test facility. A total of five designs have been drawn up for the habitats, and scientists hope that their work will help with future plans of creating lunar outposts.
Annadurai said, “To keep them safe and help them work from there, we need smart materials, which is what we are focusing on building.”
Discuss this and other 3D printing topics at 3DPrintBoard.com or share your thoughts below.[Source: The Times of India]
You May Also Like
Nuclear Reactor 3D Printing Method Licensed from ORNL
The U.S. Department of Energy’s Oak Ridge National Laboratory (ORNL) has been making significant progress in 3D printing parts for use in one of the most volatile and dangerous environments:...
3D Printing Drone Swarms, Part 7: Ground & Sea Logistics
As we discuss in our ongoing 3D Printing Drone Swarms series, additive manufacturing (AM) will play an increasing role in the production of all manner of semi-sentient robots. This has...
3D Printed Oil Tanker Parts Approved after 6 Months of Evaluation Use
The oil and gas markets, along with maritime, are less exploited sectors for the additive manufacturing (AM) industry. However, progress is being made in this regard, with a group of...
The Calm Before the Swarm: Notre Dame Researcher 3D Prints Swarm of Robot Insects
The spread of blueprints for DIY gun manufacture has been one of the most infamous developments in 3D printing’s recent history. But this is, of course, far from the only...
View our broad assortment of in house and third party products.