Like many good ideas, Dave Boucher’s Moon mining drill started as a sketch on a napkin. That was in 1999 (just one year after the space drilling adventures of Armageddon). But sometime this fall, his company Deltion Innovation’s latest prototype of a real Moon drill will go through one of its final tests. And with any luck, DESTIN — which stands for Drilling Exploration & Sample Technology Integrated — will be chosen to spearhead NASA’s lunar prospecting mission in 2018 or 2019, bringing us one step closer to leaving Earth forever and moving to the Moon.
“Space mining has now become a must-do activity for every space agency in the world,” Boucher said in an interview earlier this year. “They all recognize that they have to be able to go mine in space just to support the missions that they're planning.”
In other words, space mining isn’t so much about monetizing the supposed wealth of precious resources contained on the Moon’s surface (though, yes, there is apparently a lot). Not yet, at least. For now, it’s all about figuring out how to make future missions, manned or otherwise, self-sustainable — what’s known as In-Situ Resource Utilization — should we have any hope for the long-term exploration and colonization of world’s beyond our own.
Of central interest for NASA’s prospecting mission are the pockets of water ice that satellite imagery believe exist in the Moon’s Polar Regions. “Water and oxygen extracted from lunar soil could be used for life support,” suggests a NASA document describing the eventual mission, “and methane produced from the Martian atmosphere could be used to refuel spacecraft for the trip back to Earth.”
But we don’t know it’s there for sure. And that’s where Boucher’s drill comes in.