28 December 2005 : New step for the Galileo System

28 December 2005 - 10:01:39 am (Paris time)



The First Galileo in-orbit validation satellite has been successfully
launched. It reached its circular orbit at an altitude of 23 258 km at
10:01:39 am (Paris time)



Giove A, the first Galileo in-orbit validation element, was launched today
from Baikonur, Kazakhstan, atop a Soyuz-Fregat vehicle operated by Starsem.
Following a textbook lift-off at 05:19 UTC (06:19 CET), the Fregat upper
stage reached a circular orbit at an altitude of 23 258 km, inclined at 56
degrees to the Equator, before safely deploying the satellite at 09:01:39
UTC (10:01:39 CET).



One of the 3 missions of Giove A satellite is to secure use of the
frequencies allocated by the International Telecommunications Union (ITU)
for the Galileo system



This 600 kg satellite, built by Surrey Satellite Technology Ltd (SSTL) of
Guildford, in the UK, carries two redundant, small-size rubidium atomic
clocks, each with a stability of 10 nanoseconds per day, and two signal
generation units, one able to generate a simple Galileo signal and the
other, more representative Galileo signals. These two signals will be
broadcast through an L-band phased-array antenna designed to cover all of
the visible Earth under the satellite.



Once the payload is activated, the Galileo signals broadcast by Giove A will
be carefully analysed by ground stations to make sure they satisfy the
criteria of the ITU filings.



On behalf of the Galileo Joint Undertaking and also as technical support of
the French Space Agency (CNES) Pole Star, has actively contributed beside
Alcatel Alenia Space and Galileo Industries, to the Galileo frequency issues
at ITU level. These first Galileo Signals In Space can be seen as the
positive outcome of a primordial stage for the Galileo system.



Furthermore the Giove A satellite will have 2 over missions. It will
demonstrate critical technologies for the navigation payload of future
operational Galileo satellites and it will characterise the radiation
environment of the orbits planned for the Galileo constellation.



A second demonstrator satellite, Giove B, built by the European consortium
Galileo Industries, is currently being tested and is expected to be launched
in 2006.



The next phase is the launch of four operational satellites. The purpose
will be to validate the basic Galileo space and ground segments. Once this
In-Orbit Validation (IOV) phase is completed, the remaining satellites will
be launched to achieve Full Operational Capability (FOC). The full
deployment is expected to be achieved between 2008 and 2010 under the
responsibility of the Galileo concessionaire.



Numerous applications are planned for Galileo, including positioning and
derived value-added services for transport by road, rail, air and sea,
fisheries and agriculture, oil prospecting, civil protection activities,
building, public works and telecommunications.



Pole Star already designs and develops applications and related technologies
which will take advantage of the Galileo performances. All the applications
and products designed by Pole Star are already "Galileo compatible".



By the use of Galileo + GPS, coupled with Pole Star technologies, terminal
manufacturers, integrators and applications operators will improve their
product by offering enhanced accuracy, availability and continuity of
service even in the urban canyon and inside the building as well as regional
and local integrity for safety critical applications.



4 years ago, Pole Star was created by making the bet that Galileo will
become a reality and that the Galileo applications market will become a huge
market. Today, Pole Star is offering to his customers, his 4 years of
technological lead.

POLE STAR : http://www.polestar-corporate.com

On Wed, 28 Dec 2005 23:40:41 +0100, "POLE STAR"
wrote:

28 December 2005 - 10:01:39 am (Paris time)



The First Galileo in-orbit validation satellite has been successfully
launched. It reached its circular orbit at an altitude of 23 258 km at
10:01:39 am (Paris time)



Giove A, the first Galileo in-orbit validation element, was launched today
from Baikonur, Kazakhstan, atop a Soyuz-Fregat vehicle operated by Starsem.
Following a textbook lift-off at 05:19 UTC (06:19 CET), the Fregat upper
stage reached a circular orbit at an altitude of 23 258 km, inclined at 56
degrees to the Equator, before safely deploying the satellite at 09:01:39
UTC (10:01:39 CET).



One of the 3 missions of Giove A satellite is to secure use of the
frequencies allocated by the International Telecommunications Union (ITU)
for the Galileo system



This 600 kg satellite, built by Surrey Satellite Technology Ltd (SSTL) of
Guildford, in the UK, carries two redundant, small-size rubidium atomic
clocks, each with a stability of 10 nanoseconds per day, and two signal
generation units, one able to generate a simple Galileo signal and the
other, more representative Galileo signals. These two signals will be
broadcast through an L-band phased-array antenna designed to cover all of
the visible Earth under the satellite.



Once the payload is activated, the Galileo signals broadcast by Giove A will
be carefully analysed by ground stations to make sure they satisfy the
criteria of the ITU filings.



On behalf of the Galileo Joint Undertaking and also as technical support of
the French Space Agency (CNES) Pole Star, has actively contributed beside
Alcatel Alenia Space and Galileo Industries, to the Galileo frequency issues
at ITU level. These first Galileo Signals In Space can be seen as the
positive outcome of a primordial stage for the Galileo system.



Furthermore the Giove A satellite will have 2 over missions. It will
demonstrate critical technologies for the navigation payload of future
operational Galileo satellites and it will characterise the radiation
environment of the orbits planned for the Galileo constellation.



A second demonstrator satellite, Giove B, built by the European consortium
Galileo Industries, is currently being tested and is expected to be launched
in 2006.



The next phase is the launch of four operational satellites. The purpose
will be to validate the basic Galileo space and ground segments. Once this
In-Orbit Validation (IOV) phase is completed, the remaining satellites will
be launched to achieve Full Operational Capability (FOC). The full
deployment is expected to be achieved between 2008 and 2010 under the
responsibility of the Galileo concessionaire.



Numerous applications are planned for Galileo, including positioning and
derived value-added services for transport by road, rail, air and sea,
fisheries and agriculture, oil prospecting, civil protection activities,
building, public works and telecommunications.



Pole Star already designs and develops applications and related technologies
which will take advantage of the Galileo performances. All the applications
and products designed by Pole Star are already "Galileo compatible".



By the use of Galileo + GPS, coupled with Pole Star technologies, terminal
manufacturers, integrators and applications operators will improve their
product by offering enhanced accuracy, availability and continuity of
service even in the urban canyon and inside the building as well as regional
and local integrity for safety critical applications.



4 years ago, Pole Star was created by making the bet that Galileo will
become a reality and that the Galileo applications market will become a huge
market. Today, Pole Star is offering to his customers, his 4 years of
technological lead.

POLE STAR : http://www.polestar-corporate.com


http://www.telegraph.co.uk/news/main.../nbook12.xml#2

http://www.telegraph.co.uk/news/main...10/nbook10.xml

http://www.telegraph.co.uk/news/main.../nbook25.xml#2



--

Christopher

POLE STAR wrote:
28 December 2005 - 10:01:39 am (Paris time)


Once the payload is activated, the Galileo signals broadcast by Giove A will
be carefully analysed by ground stations to make sure they satisfy the
criteria of the ITU filings.

On behalf of the Galileo Joint Undertaking and also as technical support of
the French Space Agency (CNES) Pole Star, has actively contributed beside
Alcatel Alenia Space and Galileo Industries, to the Galileo frequency issues
at ITU level. These first Galileo Signals In Space can be seen as the
positive outcome of a primordial stage for the Galileo system.


Unless its a secret - do you plan to do anything with the signals from
GIOVE-A and GIOVE-B?