ABOUT COSMIC LOG

Quantum fluctuations in space, science, exploration and other cosmic fields... served up regularly by MSNBC.com science editor Alan Boyle since 2002.

Alan Boyle covers the physical sciences, anthropology, technological innovation and space science and exploration for MSNBC.com. He is a winner of the AAAS Science Journalism Award, the NASW Science-in-Society Award and other honors; a contributor to "A Field Guide for Science Writers"; and a member of the board of the Council for the Advancement of Science Writing.

Check out Boyle's biography or send a message to Cosmic Log via cosmiclog@msnbc.com.



Angels flock to spaceflight

Posted: Thursday, June 07, 2007 4:52 PM by Alan Boyle

Spaceship-building used to be an exclusively government-funded game, but software billionaire Paul Allen changed all that when he put $25 million or so into the venture that ultimately won the $10 million Ansari X Prize for private spaceflight. Now a bevy of billionaires and millionaires are getting into the act, ranging from Armadillo Aerospace's John Carmack and SpaceX's Elon Musk to Bigelow Aerospace's Robert Bigelow and Virgin Galactic's Richard Branson.

But it's going to take more than lone tycoons to build the personal spaceflight industry, and many "NewSpace" firms have had to court individual angel investors who were willing to put their money where their outer-space dreams were. Now, however, there's a change in the air: Just today, California-based XCOR Aerospace announced that it's received its first money from a whole team of angel investors to support the development of a new suborbital spaceship. XCOR's new relationship with the Boston Harbor Angels hints at the next stage in the space tourism industry's ascent.

Two years ago, XCOR's Rich Pournelle told me that it was high time for the industry to make the transition from individual investors to institutional investors. But there's a chicken-and-egg problem: It takes tens of millions of dollars to build a spaceship ("No bucks, no Buck Rogers," as astronaut Gus Grissom famously said), but traditional investors aren't willing to put up all those millions until the spaceship is flying.

"Wall Street takes a cynical viewpoint, which is, 'Show me the bottom, show me what can go wrong, and the upside will take care of itself,'" Paul Schlosberg, chairman and chief executive officer of INCA Group LLC, explained during last month's Space Venture Finance Symposium in Dallas. "I want to be able to tangibly measure what's my risk, what's my return, what's my liquidity."

So how do you get from here to there? The investors (and investment-seekers) who attended the symposium highlighted the role of angel networks. Such networks, generally organized along geographical lines, can pool their members' resources into investment chunks that can exceed $1 million.

"Usually we will get deals ranging up to a million and a half, and usually three or four groups syndicate the deal," said Aleksandar Mollov, managing director for the Boston Harbor Angels.

Mollov said his group of 36 investors bought into XCOR's space effort after hearing presentations from Pournelle and one of the company's individual angels, Lee Valentine. "It was very revealing to us to understand that most of the parts of a spaceship [today] are thrown away after each flight. ... The prospect of having less expensive flights to space is what we're betting on," he said.

He said the group was also swayed by XCOR's development strategy, which focuses on going after government contracts that move the company closer to creating its own commercial space vehicle. XCOR has worked on methane-powered rocket technology for NASA, and was recently awarded an Air Force contract to design a rocket-powered supersonic vehicle that can reach altitudes of 200,000 feet.

"They have figured out a good way to fund the development of their company in a very capital-efficient manner ... picking the projects that will help with building their own aircraft," Mollov said.

The members of the Boston group make their own individual investments, but collaborate on fellow members' expertise in deciding who they'll back.

"We hope other angel groups and possibly institutional investors will follow the Boston Harbor Angels' example," XCOR's chief executive officer, Jeff Greason, said in a news release.

Like Musk and Bigelow, angel investors don't have to answer to analysts or stockholders about the return projected over the next year or two. But even Musk and Bigelow don't have unlimited forbearance. Neither do the lesser angels. "In general, we are looking for exit opportunities within five years, but we always understand that it can take more time," Mollov said. "The sooner the better, that is our hope."

That expectation squares with XCOR's hopes as well: "People who are looking for a return in two or three years aren't going to invest in this industry," Pournelle told me today. "But if we're successful as an industry, it's going to be by showing that kind of five-year business case."

Does that mean XCOR is aiming to fly passengers on its two-seater suborbital spaceship within five years? Some companies, such as SpaceX and Rocketplane Kistler, are committed to getting their orbital spaceships off the ground by 2010 in order to satisfy the requirements of NASA's $500 million Commercial Orbital Transportation Services program, known as COTS. But Pournelle resisted any invitation to play the timeframe game.

"We continue to raise money," he said. "We're probably one of the few companies out there that hasn't announced a deadline."

But Pournelle doesn't believe suborbital space travel will be subsumed by the orbital space race. "Investors need to look at both orbital and suborbital transportation industries," he told me. "There are significant opportunities in both. The COTS program isn't the only game in town."

That goes right back to the payoff for private-sector spaceflight. During last month's symposium, Schlosberg observed that "you see your money taking off, [but] you don't know if there's a return flight." Will investors really be able to earn a return, through acquisition, a public offering or some other means? Or will all this activity end up being little more than a monetary-ejection mission? Let the debate begin anew.

MAIN PAGE

Email this EMAIL THIS

Comments

Wouldn't it be better if the money spent by private individuals to fly into outer space was turned to finding an alternate energy source like cold fusion?  Then after we figure that out, we could use that type of energy to explore outer space at our maximum effort.  This would be something an investor would go for, far more than flying a few tourists into space.  
Fusion power, much less cold fusion power, is decades away from being a practical power source, according to the latest literature I've seen.  Spending money on this area for research is surely a worthy objective.  However, as an investor I'm not going to tie up major amounts of money on an objective that won't be realized until after I'm likely to be dead and buried.  A five to seven year ROI is about as large a time window as I am comfortable with.  I'll leave investment into basic research like fusion/cold fusion to government sources.
I got very deeply into the failure of capital markets surrounding technology and determined the reason for the failure lay in the taxation of economic activity rather than capital itself.  Basically, if you replace taxes on economic activities with a tax on the liquidation net value of assets, at what modern portfolio theorists call "the risk free interest rate" (usually defined as short term Treasury debt rates) then you subtract out the shelters for the risk averse investors and move capital into the hands of people who understand and manage risk correctly.  

There are obvious reasons why this is unlikely to happen short of a violent revolution.  We're stuck with very pathological capitalization structures and we may not be able to afford them anymore.
The private space flight movement might be able to do a lot of good just by specifically letting people how they feel. From what you've written, they all seem to believe such space flight is needed to help humanity become a two-planet species so as to protect our existence. You would be amazed at how many non-scientific people feel this way. People might care less about space science but believe Earth's time is limited. Although it's certainly a false hope to think that more than the smallest fraction might go, it is something people believe needs to be done. Thus, letting the public know that this is not just for a joy ride but has a much broader purpose (like Hawking has tried to do) may help stimulate even more interest and help expand the debate here at home. If the real intension is for the betterment of humanity then these tycoons might also want to consider putting down their competitive angle and start combining their resources at some point. This window of opportunity to try this may not last as long as people think. Acting NOW for the betterment of humanity is what is called for (to paraphrase the Dalai Lama).
Delmar,

As todd said, investors are usually looking for a return on investment (ROI) in 5 years - if you push, you might get lucky and get 10, but don't bet on it.

To carry it a step further, thihngs like sub-oribital space tourism and sub-orbital science are funding the development of space colonization, not exploration.  And thats what we need to focus on.  Private manned spaceflight is an intergal part of space colonization (quite arguably the missing piece, and why we've been stuck where we are for so long)
There actually is investment going on in some radical fusion concepts.  Check this out:

http://news.com.com/
8301-10784_3-9721240-7.html

This is encouraging news! Of course the larger issue is can we develop passenger spaceships that will get into full orbit and beyond, and do it cheaply enough to make a profit?...In the meantime though, these are great strides forward because cracking the investor market is a major key to future private space aspirations. We need to continue to be as pragmatic as possible. Congratulations to XCOR.
How about putting the money into researching on cheaper food varietes and ways to turn arid and semi arid lands to feed the hungry and miserable of the world.
anyone holding a spare 50 Grand?...Gaia Two will fly in atmosphere by next spring...and be ready for personal spaceflight, which only government regs can slow down, within this decade...get her started...I'll do the rest...click my name to learn more.
Space solar power is a far more credible energy source than fusion. We KNOW the Sun is up there, and we KNOW how to turn solar power into electricity. We just need to get solar cell arrays up out of the atmosphere and into 24-hour-daylight so we can beam the energy back to Earth. Gigawatts are available with no emissions, no waste, and no negative environmental impact. NASA isn't interested in that. Entrepreneurial space companies are the path to making that happen.
Cold fusion is an idea probably not worth considering. Fusion power, on the other hand, could become practical at any time. A breakthrough could happen this year. Then, the problem would be a practical fuel. Fuels readily available on Earth tend to produce too many high-energy protons causing a breakdown of the materials in the vicinity of the reaction. Helium-3 is probably the answer. Guess what? There is a nearby source of helium-3 (namely the Moon). So we are back to supporting commercial space travel. Human mining of helium-3 on the Moon presents many problems. However, large strides in robotics have been made. I suspect that robot mining of helium-3 on the Moon could be accomplished sooner than human mining. This would still require development of commercial space vehicles. So, let's get on with it!
I think it's a shame the country whose leader once said, "We choose to go to the Moon and do the other things, not because they are easy, but because they are hard." has adopted the policy of "If something's hard to do, it's not worth doing."
An efficient progress must go on a par with the development of clean technologies. For the social projection is fundamental to work the ideas: I vote by a development in both areas, simultaneously.
They said if a airplane went through the sound barrier it would disintegrate. That if the fusion bomb were exploded in the atmosphere the entire Earth's atmosphere would ignite and kill everyone on the planet. When a train went faster then a horse people would lose consciousness.

These are just a few of the many wrong statements by the experts that had theory on their side.

We know this technology will work and the other scientist under trade secret agreement have also concluded that the possibility is there.
You can have some synergy with fusion technology and space with Helium 3 fusion technology. The moon is potentially a large sorce of Helium 3. NASA will start us off in getting back to the moon, commercial interests will then take over certain function if/when NASA is ready to move on to Mars. As stated above fusion technology is decades away, suborbital adventure flights are much much sooner. Start investing in it now so that commercial interests can make money, and then move on to orbital spaceflight, and then move on to moon flights. In my opinion, the sooner we can get back to the moon with a combination of government and commercial programs the sooner we will see fusion power.
I remember Jerry Pournelle at the Space Development Conference at SFO Airport when he was just getting started promoting space development.  Gerry O'Neill was there. Larry Niven, Eric Drexler, Hans Moravec, Peter Glaser, and a host of other leaders in their fields were there, before they had become leaders.  That was 1977.

The point being that private space development has become a lot longer term enterprise than most people had thought.  Back then there were no billionaires like Musk, Allen, Branson, Bezos, Bigelow, etc. standing in line to make their mark in space.

The first developers to get their hands on space real estate are going to be trillionaires in short order.  Imagine the stimulus for space development that will bring.

Things are finally happening.
Delmar, If you beleive that money is better spent on research into fusion, you are quite welcome to invest your money into such ventures. It's called the free market.
Hey Stephen Fleming, Have you given thought to the damage to plant and animal life if space based solar arrays beam energy to the surface of the Earth. Not to mention the increased atmospheric heating that will occurr if this is done that way. A more viable solution is to base the solar arrays on Earth. Then arrange the solar arrays to activate as the sun passes over them on the rotation of Earth feeding a global energy grid in sequence. Doing it this way we do not need to mine the earth for fuels needed to lift solar arrrays to orbit as well. Example the current space shuttle expends enough fossil and non fossil fuels to completely drain the average home swimming pool in just 25 seconds just to reach orbital attitude. These Earth based solar arrays can be grided and placed on the Earth more economically than lifting them to orbit. Then tied into the existing Earth electrical system taking conventional electrical generators off line as they are powered up and tied in.
Until we get past the notion of escape velocity, and blazing re-entry...i.e...Rocketry Based Space Exploration, we're never going anywhere.

Both concepts are based on reverse thinking.

As in 1945...we have rockets.

What does it take to get a totally non-aerodynamic object, which will fall like an arrow out of upward oomph, to keep going?

How do we get such an unweildy contraption back, once it's in space?

\Without these restraints, escape velocity, and blazing re-entry cease to exist.
Click the name below to learn more.
Alan Boyle at Cosmic Log links to some recent investment news in his post, Angels Flock to Spaceflight, and suggests that the business of personal spaceflight might be entering a new and more mature financial stage - the transition from
After looking at Jeff Foust's excellent piece about space venture finance, I filled out the quote from Schlosberg above about the "show me" effect. Check out Foust's take at The Space Review:

http://www.thespacereview.com/article/887/1
RE show me...nice idea, but once it's shown, it's public domain...the trick is to tease with just enuf, then be so far ahead of the game that by the time ya start playing show and tell, you're ready...this is no dog and pony racket, trying to sell snow to Eskimos, by showin' 'em purple snow, and telling 'em it's better for 'em.

"Build it and they will come" is a line from a badly dated, really hokey movie..."pay up, and I'll build it" is much more in line with reality.

D'ja hear that Mr. Whitehorn?

Space Travel ain't no free lunch...but, it's one hell of a lot less expensive than greed driven promoters make it out to be.
Mark Pitt, you worry about "damage to plant and animal life if space based solar arrays beam energy to the surface of the Earth."  Microwave rectennae actually have *less* impact on the environment than solar arrays of the same electrical output for two reasons- the microwave receivers are about 90% transparent to sunlight (and thus do not block out sunlight to the ecosystem below them), and they are not black, and so do not reach near-boiling temperatures in the desert sun.

Indeed, earth-based solar actually causes *more* heating of the earth than microwave reception because the solar arrays are so much darker than the natural surface they would replace.  Microwave receivers, painted white, can actually lower the desert temperature.

In addition, microwave receivers can be placed in regions where solar energy is scarce due to high latitude or cloudy climate.

A global energy grid does not exist, only regional ones- and their efficiency is abysmal.  Serious proposals have been made to use microwave transmitters on the surface of the earth, combined with orbiting mesh microwave mirrors, to relay power between continents with better efficiency than high voltage cables.

Yes, there have been many experimental studies of the effects of moderate microwave exposure on various living things- and there are some people who will never be satisfied by the null results.  Perhaps it's a good thing aluminum foil is so cheap, there's plenty for all the hats you may desire.
Doug Jones...I'm glad your belief is so solid...sounds an awful lot like the beginnings of serious GeoEngineering to me...make the desert hotter, or cooler...c'mon...leave it alone.

The absorption of heat by black vs white gadgets as a plus/minus aspect of what, or how to do something, is pretty darn far out there thinking.

It ain't all black and white...eh?
Doug Jones,

Thanks for the primer.  People have played SimCity2000 one to many times.  

BTW, again, congratulations on getting the investment
all i will say is this, if they develop space flight, or a space hotel as their planing, and it costs like 5 times the cost of most holidays,

i would still go, and im a cheapskate,

they know this, if they can get it to work and be safe there gona make a mint, which will fund better technology, as has been going on for ever


SEND A COMMENT

PLEASE READ: All comments must be approved before appearing in the thread; time and space constraints prevent all comments from appearing. We will only approve comments that are directly related to the blog, use appropriate language and are not attacking the comments of others.

Message (please, no HTML tags. Web addresses will be hyperlinked):

TRACKBACKS

Trackbacks are links to weblogs that reference this post. Like comments, trackbacks do not appear until approved by us. The trackback URL for this post is: http://cosmiclog.msnbc.msn.com/trackback.aspx?PostID=217503

Latest Tech & Science News

Syndicate This Site

Add Cosmic Log to your news reader:
live.com xml
myyahoo msn
bloglines newsgator
google