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Ground segment
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Environment
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Mini and micro
satellite
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Launcher
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Stratospheric balloons |
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Programs |
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Vegetation reference
station (SPOT 4)
The
L-band reference station (SRVL) of the Vegetation
image ground segment is used to validate the onboard/ground
link and to receive and record the images from
the L-band channel of the vegetation payload installed
on board the SPOT4 sun-synchronous satellite during
the whole satellite operational life, i.e. 11
years.
The station consists of the following:
- An antenna featuring
a L-band source,
- An antenna positioning
device controlled by a piloting unit,
- A down-converter.
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S-band TM/TC station is used to follow-up the
mini and microsatellites.
It has been developed under the CNES supervision.
The station is implemented by the CNES and the
Swedish Space Corporation (SSC) ; it will soon
be operated by the Brazilian Space Agency (INPE).
This station is interesting because of its autonomous
management modes that enable an automatic follow-up
of various low-orbiting satellites at different
frequencies whatever the environment conditions
and the geographical situation.
This type of station has been implemented in Sweden
(Kiruna), in France (Aussaguel, 2 stations and
Bram, 2 stations); a station will be installed
in Brazil and Germany in 2005.
This product is proposed in a kit version, for
the basic band only.
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| Telecommand
station for ARIANE launchers
TSAR is a
high-reliability telecommand station designed
to send self-destruction orders to the ARIANE
launchers on occurrence of problems potentially
dangerous to life.
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| L-Band
TTC transportable station
The L-band TM/TC transportable
station is used to follow-up stratospheric balloons.
This station is interesting because of its management
modes that enable the follow-up of the balloon
in one of the following modes:
- Manual: from
a joystick,
- Automatic: from
a GPS positioning information transmitted
by the balloon.
The
station transportability and easy assembly enable
to meet any operational requirement.
This type of station is implemented by the CNES
(project ETNA) at Aire sur Adour, at Kiruna, and
by INPE (project MASCOT).
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