Wonderful news today coming out of NASA today:
NASA took the first concrete step toward returning human beings to the moon Thursday, successfully launching the Lunar Reconnaissance Orbiter on a mission to find the best place to build Earth’s first off-world colony.
The 19-story-high, two-stage rocket and spacecraft launched at 2:32 p.m. PDT. As the huge first-stage Atlas V rocket roared to life at Cape Canaveral in central Florida, NASA spokesman George Diller called it “America’s first step in a lasting return to the moon.”
The $500 million orbiter will spend the next year cruising just 31 miles above the lunar surface, employing a suite of seven instruments to identify landing hazards such as rocks and craters. It will be paying particular attention to the largely unknown lunar poles, where previous missions have picked up hints that water ice may exist in some permanently shadowed craters.
Thousands of sky watchers are expected to turn their telescopes to the moon on the morning of Oct. 9, when the water-seeking satellite steers the fuel-depleted second stage Centaur rocket into a crater at 5,600 mph. For those in the western U.S., where the moon will still be up, the plume should be clearly visible with a moderately sized backyard telescope, NASA said.
Time to start putting forty years of the unprecedented embarrassment of the US space program since the late 1970s. I’m not sure that any other country has so thoroughly trashed such a magnificent technological edge in a crucial field before, unilaterally.
The space shuttle. The international space station. Ugh. I think I just threw up in my mouth a little.
Ironically, we may look back and give the Bush Administration surprising credit for finally tilting US space exploration back in the right direction. (Don’t worry, I’m under no delusion that people will say anything nice about Bush 43 for a while…)
There are tremendous technical and commercial advantages to establishing the first, ongoing presence on the Moon. It’s a little know fact, but as an independent side project at Harvard, I built out an initial business model and operating plan for financing a private moon base. It’s hard to think back, but at the time (2000), companies were raising $10B-$15B in private capital markets to fund the build-out of fiber-optic networks across the world.
It wasn’t such a stretch to imagine raising $60B in sequential rounds to fund a moon base, particularly when the economics of a moon base are so strong.
You see, the moon is such a hostile environment, that once you have a self-sustaining and expandable eco-system set up, it’s a natural monopoly. For quite some time, it will always be significantly cheaper to add on to an existing base, rather than build a new one from scratch.
That difference in cost, which is measured in billions, is an incredibly revenue opportunity, assuming there is demand to establish presence on the moon.
It was 2000, but I believe I laid out at least 10 potential revenue lines for the moon base, to help it become cash flow positive, even across that type of capital raise.
(Yes, I was assuming the US would never ratify the Moon Treaty from the insane 1970s. Beyond ridiculous.)
In any case, very exciting to see us finally moving down the correct path. My only regret is that if we had moved down this path in the late 1970s, we’d all be jostling for positions on a fully operational moon base by now.
I’m still optimistic that I will be able to travel to the moon in my lifetime. The only question now is whether it will be a US or Chinese built lunar city.