Category Archives: Space

Molecular Manufacturing And Space

There’s a review of Eric Drexler’s new book over at The Space Review today.

I don’t agree with this (I assume that it’s his own opinion, not Eric’s):

APM will also make space colonization imperative, but for different reasons than for Eric Drexler’s original quest to find a solution to the impending global crisis posed by The Limits to Growth. What will the millions of people now involved in mining, manufacturing, distribution, retailing, transportation, and other services do if much less of these services will be required and most of them could be performed by robots? How will people earn a living if they can buy a desktop factory—something like a super 3D printer—and can produce most of what they need at home and no longer need to shop at Wal-Mart or Amazon? If people aren’t working and earning a good income they will no longer be able to buy stuff. Henry Ford recognized the problem and chose to pay his people well so that they could afford to buy his cars. By choosing to industrialize the Moon and colonize space, thousands and ultimately millions can be put to work earning a good income.

I think that this technology will enable space settlement, but I don’t see how in itself space settlement creates jobs, particularly for those who are becoming unemployable because they’re on the wrong side of the bell curve. That’s a big problem coming down the pike, and space isn’t a solution to it.

Space Safety Regulation

Too much or too little? Clark Lindsey has a post linking to the two extremes. I’d say that Carolynne Campbell-Knight’s piece isn’t just overwraught, but hysterical:

Make no mistake, if a few very wealthy people get killed, the waivers they signed won’t mean a thing if they didn’t know the risks. It may make no difference whether they knew the risks or not. There will be a massive outcry, huge negative publicity and a demand for regulation and accountability. That would be the end of passenger space travel for decades and the damage to the industry would be immense. A wise industry would regulate itself, set published standards, and be open about the risks involved. It would do this before the disaster happens.

When the West was wild, it was a different era. A Wild West in space won’t be acceptable in the day of 24 hour news and the litigious society.

Right now, the risks are not being properly declared. The impression is being given that riding rockets can be as safe as a ride in a light aircraft. That simply isn’t true. Rockets are dangerous and even the most careful engineering can only make them ‘as safe as possible’. They can’t make them ‘safe’.

I’m unaware of anyone “giving the impression” that these vehicles will be as safe as light aircraft. I think that she’s just unjustifiably inferring that. Here’s what I wrote in the book:

Some will argue that part of promoting the industry is to ensure that it doesn’t kill its customers, but the industry already has ample incentive to not do that, and the FAA isn’t any smarter on that subject than the individual companies within it — everyone is still learning.

There is a popular view in the space community that the first time someone dies in private spaceflight it will somehow doom the industry. Bluntly, I believe that is nonsense, because it is based on absolutely no evidence. In fact, there is an abundance of counterevidence with examples being the early aviation industry, various extreme sports including free diving and mountaineering, and even the recent cruise-ship disaster of the Costa Concordia, in which at least thirty passengers died.

In fact, it may take just such a death, a sanguineous christening, to normalize this business, and end the mystical thinking about it.

She herself isn’t consistent on the issue:

While there are some treaties covering satellites and debris, there are no laws. There is no regulator. It’s the wild west in space. Who is going to license and oversee the new commercial ventures? Those involved in this commerce think regulation is a bad thing and that it will preclude innovation. That’s what the early railroads thought. But then the bodies started piling up. When is an aircraft a spaceship? What’s the difference? Regulators such as the FAA have no experience in spacecraft. Once you’re above the atmosphere there are no rules, certainly no laws. If the history of transportation teaches us anything, it teaches us that there will be a dangerous mess until a regulatory regime is established.

If FAA has no experience in spacecraft (actually, they do have some), then how can they, or anyone else, be expected to establish a regulatory regime, until we get some experience actually flying? Not to mention that we do in fact have definitions for aircraft and spaceships, in the Commercial Space Launch Amendments Act.

And as Clark notes:

The same regulations that help keep a vehicle from crashing onto third parties also help protect the second parties in the vehicle. The companies are highly motivated to provide safe space travel. While the industry will go on from an accident, it will be very difficult for the company involved to do so. There will be a long grounding and many customers will no doubt demand refunds. Some states have now limited liability exposure for space tourism operators and manufacturers, but there is no limit when gross negligence is found. An accident will also mean the end of the “learning period” in which the FAA is restricted from applying new regulations on personal spaceflight.

I’ve really got to get the book out.

Hillary And The NASA Letter

Did she really get a letter saying “no girls allowed”?

There’s no evidence of it, other than her repetition of the story (which doesn’t hold much weight with me, considering the source). As Jim Oberg points out, she certainly could have been part of the first class in 1978 that admitted women, had she applied herself. But her degrees were in political science and law, which certainly weren’t indicative of someone who desired a career in spaceflight. I wouldn’t be shocked to learn that she couldn’t handle technical subjects, or math.

National Space Policy

A “Values-Based Approach“? The question is — what are the values? I think he’s got it wrong:

Discovery is why a nation should go to space. It is what inspires all of humanity. It has been NASA’s only use of human spaceflight in the post-Apollo era that has returned value that is highly regarded by nearly all people in developed countries with free access to information. The synergy that once existed between human-assisted and robotic space exploration in the Hubble Space Telescope (HST) program is a blueprint for sustained deep space human-assisted exploration that can stoke the nation’s competitiveness in science, technology, and math toward realization of long-term financial and physical security.

That’s an opinion, not a fact. I would expect a scientist to think that science is the reason for human spaceflight, but most people don’t agree with him (or have even given it much thought). If it’s not for the purpose of developing and settling space, the amount of money we’re spending on it is unjustifiable.

Stratolaunch And OSC

Stewart Money has some thoughts on the implications of the culmination of the courtship.

I’ve never really believed that the true goal of this program was a significant cost reduction. I think that the only requirement for which it makes sense is rapid-response single-orbit rendezvous.

But one other point that Stewart doesn’t mention. In the original rollout, they declared that the goal was (at least eventually) human missions. I don’t know how many people are going to be willing to go to orbit on a two-stage solid, particularly given OSC’s record. I know that I wouldn’t be, particularly given the more attractive alternatives (SpaceX/Dragon and perhaps whatever XCOR eventually comes up with). I wonder if this is the final nail in the coffin of the original cover story.