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CX2SA  > SAT      28.12.05 21:48l 100 Lines 4420 Bytes #999 (0) @ WW
BID : 13496_CX2SA
Read: GUEST
Subj: Europe launches Galileo sat.
Path: DB0FHN<DB0MRW<DB0WUE<DK0WUE<7M3TJZ<IW8PGT<CX2SA
Sent: 051228/1926Z @:CX2SA.LAV.URY.SA #:13496 [Minas] FBB7.00e $:13496_CX2SA
From: CX2SA@CX2SA.LAV.URY.SA
To  : SAT@WW


                     Europe launches Galileo satellite
                     =================================

A new era in satellite navigation has begun with the launch of Giove-A.

The 600kg spacecraft  was lofted into  orbit on a  Soyuz rocket from  Baikonur,
Kazakhstan, at 1119 (0519GMT).

The new network will give EU states guaranteed access to a space-borne  precise
timing and location service independent of the United States.

The perfect launch was a moment  of celebration for the small British  company,
Surrey Satellite Technology  Ltd (SSTL), which  had been given  the prestigious
task of building the demonstrator.

Europe's  'vanguard'
--------------------
SSTL  staff  had  gathered  at their Guildford  base to watch the lift-off on a
TV link from Baikonur.

The company put the spacecraft together in less than three years, a  remarkably
short timeframe for what is essentially an experimental platform.

"Three years ago I did a sketch of what I thought we could do. To go from  that
sketch  to  what we  have  now is  amazing,"  recalled John  Paffett,  projects
director with SSTL.

"It's  not over  yet -  there's a  lot of  hard work  to go  ahead -  but  it's
definitely a monumental occasion," he told the BBC News website.

Professor Sir Martin  Sweeting, the CEO  of SSTL, added:  "This is going  to be
Europe's largest space project. As a relatively small company - we're an SME of
200 people, specialising in small  and rapid-response spacecraft - to  take the
vanguard of such a large programme is quite an experience."

First signal
------------
Giove-A  will  check  out  the  in-orbit  performance  of  two atomic    clocks
-  critical to   any  sat-nav   system -   and  a  number of other   components
that  will   be  incorporated  into  the  30  satellites of  the fully  fledged
Galileo constellation.

These spacecraft - four of which  have already been ordered - are  expected all
to be in orbit by the end of 2010.

Giove-A also has the important job of securing the radio frequencies  allocated
to Galileo within the International Telecommunications Union.

To do this, a sat-nav signal of the correct structure must be received on Earth
by June 2006. The SSTL team believes it can complete this task within the first
couple of weeks of flight.

Galileo is a joint  venture between the European  Union and the European  Space
Agency (Esa).

Once fully deployed, the new system should revolutionise the way we use precise
timing and location signals delivered from space.

"We  are  aiming to  provide  one-metre, worldwide  accuracy  through Galileo's
'open'  service  -  this  is  not  possible  today  without  regional  or local
augmentation," said Esa's Galileo project manager, Javier Benedicto.

"With the use of three signals,  we will have access to centimetre  accuracies,
and  with these  you will  see many  more services  than you  have today;   and
European industry is working to develop those applications."

Future growth
-------------
In few years'   time, a small   Galileo chip will   be integrated  in    mobile
phones,  giving    users   the   ability   to    pinpoint restaurants,  hotels,
movie theatres, hospitals or car parks.

Galileo will  deliver the  tools national  governments need  to introduce  wide
-scale road charging.

The network  will also  underpin Europe's  new air-traffic  control system. The
single European sky initiative will overhaul current technologies used to  keep
planes  at safe  separations, and  allow pilots  to fly  their own  routes  and
altitudes.

SSTL hopes a successful mission for Giove-A will bring more orders for  sat-nav
and other spacecraft.

"This is  very good  for our  development," explained  Max Meerman, a principal
engineer with the company.

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