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At AeroAstro, smaller is better
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by
Heather B. Hayes
Virginia Business
May
2004
TECHNOLOGY |
|
Year |
Revenue
Growth |
1999
- 2002 |
1,513% |
2001
- 2002 |
91%
|
2000
- 2001 |
121% |
1999
- 2000 |
282% |
For
years, the satellite business tended to have a one-size-fits-all
mindset: huge. Yet Dr. Rick Fleeter, a former senior
scientist at NASA’s Jet Propulsion Laboratory,
believed that making smaller satellites would not only
make them more affordable but more valuable. While government
and commercial satellites were being built for no less
than several hundred million dollars a piece, the amateur
radio world (which Fleeter enjoyed as a hobby) was building
miniature versions for less than $10,000.
“At the time, space was seen as so expensive that
only a few organizations —the big government agencies
and a few major corporations — could use it,”
Fleeter says. “But there were plenty of people
out there who didn’t want to build Hubble. They
just wanted to put an instrument in space and do relatively
modest experiments. So if we could make space cheaper
and we could make it faster, there would be a lot more
uses for it.”
Fleeter saw so much potential that in 1988, he founded
AeroAstro Inc. and began building small satellites.
How small? Small enough to be checked as luggage on
a commercial flight, as Fleeter recently did when taking
three products out to Los Angeles for testing. While
traditional satellites weigh anywhere from 1,500 to
10,000 pounds, AeroAstro makes satellites weighing as
little as 5 pounds and no more than 300 pounds.
As a result, its products —which cost anywhere
from $500,000 to $10 million—are now being used
by NASA and universities. They carry small scientific
payloads into space, run low-cost, demonstration flights
of risky, more expensive satellite programs, act as
flying companions to larger satellites—taking
pictures and performing close-range diagnostics —
and are used as affordable members of satellite clusters.
Convincing people of the merits of smaller satellites
hasn’t been easy. In fact, it’s only been
in the last several years that AeroAstro’s fortunes
started to take off. The company grew more than 1500
percent from 1999 to 2002, finally topping the $10 million
mark in 2002 and reaching $11.5 million in 2003.
Fleeter attributes much of the company’s recent
success to the industry’s embrace of a smaller
satellite, as well as the development of complementary
business lines. When it first started building satellites,
AeroAstro also had to build its own miniaturized parts—including
radios, computers, power systems and other subsystems.
“We started selling those parts to other people
who also wanted to build lower-cost spacecraft,”
Fleeter says. “We now sell more in terms of radios
than we do in satellites.”
AeroAstro also provides a simple communications service
that can be implemented through small satellites. SENS,
as the service is known, offers a one-way method for
sending short messages back about a satellite’s
location or the health of a piece of equipment. Additionally,
the company also spends much of its time researching,
developing and proposing new technologies. “We’ve
used this part of our business to get government R&D
contracts to build more advanced types of radios and
other sensors that we need for the navigation and attitude
control of these satellites,” Fleeter says.
Despite the success, Fleeter admits that the company’s
sudden and extended growth has been painful. Over the
last five years, AeroAstro — which has only two
direct competitors — has more than doubled its
number of employees to 50, and it recently moved to
a rented 24,000-square-foot facility that has two electronics
laboratories and three “clean” (or zero
contamination) rooms. As a result, he says, 2004 will
likely be a breather year, with revenues remaining flat.
“We were founded with no money, we’ve never
really had any money and we nearly ran ourselves out
of cash growing to this size,” says Fleeter, who
would prefer a steady 20 percent long-term growth rate.
“So we’re finding that we need to take it
easy for a while and regain our financial equilibrium.”
Still, Fleeter has plans for 2005. After 12 years of
convincing people that small satellites actually work
in space, he’s now pushing to get them recognized
for their mission possibilities, including communications,
space transportation and remote sensing. For example,
AeroAstro is gearing up to sell a fairly high-performance
but still tiny Earth-surface imaging satellite. In addition,
the company plans to offer a do-it-yourself kit so customers
can build the satellites themselves, “without
having to be rocket scientists,” Fleeter says.
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