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E-Bird
and Wideband
Boeing
Satellite Systems recently scored two major victories: In
a European breakthrough it contracted for its first satellite
with Eutelsat, for a small Boeing 376HP broadband communications
spacecraft, called e-BIRD. From its orbital slot at 25.5 degrees
East, it will provide Internet protocol services to Europe
via spot-beam coverage and a payload of 20 active Ku-band
transponders.
And at
the other end of the scale, Boeing was chosen to lead the
Wideband Gapfiller Satellite system which will provide communications
to support the warfighter. Based on one or more of the largest
Boeing 702 satellites, the $160.3 million contract could eventually
be worth $1.3 billion.
Wideband
Gapfiller incorporates such features as the ability to refocus
its spot beam on different regions, while tremendous processing
capability means bandwidths can be broken up into arbitrary
channel widths. "So it's not a transponder per se, you
can get as much bandwidth as you want wherever you want,"
says Boeing Satellite Systems VP Ron Maehl.
Boeing
uses three basic buses for both commercial and military satellites:
- The
376 bus is a 2 kW, spin-stabilized satellite that appeals
largely to customers that have big fleets but need to fill
a specific gap. It is the cheapest spacecraft but the highest
cost per transponder
- The
601 and 601HP 4-to-8 kW satellites are claimed to be the
world's most popular spacecraft. "To get it to nine
or 10 kW is virtually impossible, so we have a gap between
it and the 702," says Ron Maehl. "We can take
a 702 down to that size, but that is just like shrinking
an airplane-it is never as efficient as a stretched version."
- The
702, with 15 kW of power, is the world's biggest, most powerful
production satellite. It is extremely expensive, but offers
the lowest cost per transponder as it can carry 100 of them
(think of it as a Boeing 747 in terms of costs per seat
mile). It can provide multiple beams, and can be refocused
onto different areas should a customer's business strategy
change.
-J.M.
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Last October Boeing became the world's largest maker of satellites
when it bought the spacecraft business of Hughes Electronics.
Now it sees satellites-and especially space-based services that
depend on them-as the major growth engine in the Boeing Company.
Linking aircraft and their passengers with computers on the ground
and with each other, to the Internet, and to satellite-based air
traffic control are just some of the opportunities.
"Big as it is, Boeing did not have a communications capability,"
explains Ronald Maehl, senior business development VP at Boeing
Satellite Systems. "So our space and communications fits with
commercial airplanes-then we have the whole picture. The communications
capability is significant if we are going to be a large systems
integrator-which is what Boeing really is."
Even in its core business-satellites-BSS is unique in that it is
active in both government and commercial businesses, and unusual
in the latter in that customers are mostly international and not
government-to-government. The cycles in each balance each other
out (giving Boeing an advantage over the ups and downs of its competitors),
and cross-fertilization has brought the most advanced capabilities
into the commercial world.
Revenues last year topped $2.1 billion, split 50/50 government/commercial
in a mix that can swing 70/30 either way in any given year. Backlog
now is a healthy $6 billion.
"Except for Lockheed on both sides, we see different competitors
in each market," says Maehl. "They have tried to migrate
but not succeeded. So we see Lockheed and Loral on the domestic
commercial market, but we don't see Loral at all in government business.
Our main competition on the military side is TRW, and we don't see
them on the commercial side at all."
Maehl estimates Boeing Satellites has a 30% market share of the
$3.2 billion commercial market this year. Its two European competitors-Alcatel
and Astrium-"are coming on strong," he says, but Boeing
sees them just as much as partners as they bring other skills to
the table (Alcatel, for example, is a telecom company that owns
massive communications networks itself).
By John Morris