The Surface Water and Ocean Topography (SWOT) mission
is a step closer to launch as a UK built device is delivered to
Thales Alenia Space in France.
A device built in the UK by Honeywell, which will form a vital
part of the mission to make the first global survey of the
world’s surface waters and oceans, has been delivered to Thales
Alenia Space in France.
The Surface Water and Ocean Topography, or SWOT, mission is led
by CNES (the French Space Agency) and NASA with support from the
UK Space Agency and the Canadian Space Agency. The UK Space
Agency and CNES signed a joint statement in January 2018 during
the UK-France Summit in Sandhurst to step up co-operation in
space, building on 2014’s Brize-Norton framework arrangement.
The warming of Earth’s climate may profoundly alter the movement
of freshwater resources from lakes to rivers to reservoirs,
resulting in significant societal impact. The SWOT satellite will
use radar technology to measure the features of oceans,
coastlines, rivers and lakes across the globe to improve
understanding of changes over time and their impact on farming,
industry and human populations.
The UK-built device, known as a duplexer, is a vital component
that routes radar signals around the satellite and can transmit
at a power of 1,500W – a level never before seen in this kind of
device.
Speaking in Brussels at the Committee on Earth Observation
Satellites Plenary, UK Space Agency Director of Growth Catherine
Mealing-Jones said:
Satellites play a major role in understanding our home – planet
Earth. Using great British technology, the SWOT mission is a
great example of how satellites can take measurements of our
environment from the unique vantage point of space, in this
case, giving us the first global survey of one of our most
precious resources – water. The UK and France are leading space
powers in Europe and the delivery of the duplexer for the SWOT
mission is a significant milestone in our partnership, which
continues to go from strength to strength.
It will now be integrated into a Radio-Frequency Unit by Thales
Alenia Space before NASA engineers add it to their KaRin
instrument developed at the Jet Propulsion Laboratory (JPL) in
California. The satellite is due to launch 2021.
CNES is supplying the RFU (Radio-Frequency Unit), which is
co-funded with the UK Space Agency UKSA. As well as the duplexer,
Thales Alenia Space is developing the ‘hyperbox’ in Toulouse
which will create the radar pulse and receive radar echoes.
Hailing this new milestone, CNES President Jean-Yves Le Gall
said:
This new step forward for the SWOT mission is a product of the
close relationship between our space agencies and industries.
The joint statement signed by CNES and UKSA in 2018 during the
UK-France Summit in Sandhurst is being effectively applied and
France and the United Kingdom are pursuing their successful
space cooperation.
The UK and France are also teaming up on the MicroCarb programme
to monitor and map sources and sinks of carbon gases, as well as
supporting the implementation of a Space Climate Observatory,
which was set out in the Paris Declaration on Climate Change.
This week is Green Great Britain
Week, which is showcasing the leading role of the UK’s
academic and business communities in tackling climate change
while generating economic growth.
Green GB Week celebrates the tenth anniversary of the UK’s
ground-breaking Climate Change Act. The UK has played a leading
role in delivering clean growth – growing the economy by more
than two thirds while reducing emissions by over 40% since 1990.
Clean growth is
central to the Government’s modern Industrial Strategy, and Green
GB Week includes 100 events across the country promoting the
opportunities from clean growth and raising awareness of how
businesses and the public can contribute to tackling climate
change.
The UK and France are also teaming up on the MicroCarb
programme to monitor and map sources and sinks of carbon
gases, as well as supporting the implementation of a Space
Climate Observatory, which was set out in the Paris Declaration
on Climate Change.