Inmarsat has signed a major contract with the
European Space Agency (ESA) to develop satellite communication
services that will enable 4D trajectory air traffic management in
European airspace from 2020.
The Iris programme supports the Single
European Skies ATM Research (SESAR) masterplan for next-generation
air traffic management, which offers a strategic perspective of
the critical developments that are required to deliver a
high-performing aviation management system for Europe.
Iris is intended to provide secure and high
bandwidth cockpit communications that are essential to accomplish
SESAR’s objectives to optimise airspace, enhance safety and
cybersecurity, and reduce flight times, delays and CO2 emissions.
Powered by Inmarsat’s new SB-S platform, which is already being
deployed by airlines, Iris’s enhanced IP-based capabilities will
relieve pressure on currently crowded VHF radio links, which are
near capacity.
Iris will enable the SESAR key concept of
initial ‘4D’ trajectories, pinpointing an aircraft in four
dimensions: latitude, longitude, altitude and time. This will
enable precise tracking of flights and more efficient management
of traffic through Trajectory-based Operations (TBO).
TBO allows
pilots and controllers to calculate the shortest available routes,
cruise at optimum altitudes, and use continuous climb and descent
paths, saving fuel and lessening the environmental impact of air
travel.
Pilot-controller communications will move from
voice communications to data link (text messages), increasing both
operational safety and efficiency. Iris will also protect aircraft
communications from cyber threats with security gateways. These
gateways would provide a VPN barrier between the ground and each
aircraft, assuring mutual authentication and integrity of data
exchange. They will securely connect flight management systems on
board the aircraft to the corresponding systems used by air
traffic controllers on the ground.
The contract between Inmarsat and ESA marks a
key phase of the Iris programme, following five years of
development culminating in successful test flights. The two
organisations will now work with prime partners Thales Alenia
Space and CGI, in addition to a consortium of leading aviation and
space companies, to finalise the technology before commercial
rollout commences in Europe from 2020.
The programme will also demonstrate how
satellite data link will evolve to become a primary means of
communications for air traffic control.
Rupert Pearce, CEO of Inmarsat, said, “This is a
strategically important project for us and our selection by ESA as
the prime contractor underlines Inmarsat’s leadership and
expertise in safety and operational communications for the
aviation market. Iris is also fundamental to the future of
European aviation and the economic growth of Europe. IATA
forecasts that European passenger numbers to grow to 1.5 billion
by 2036, but already Europe’s aviation industry is under intense
pressure due to limited airspace capacity, which results in
several billions of dollars of unnecessary cost to airspace users
each year. The advanced capabilities of Iris will mark a step
change, helping to address the limitations of today’s legacy
protocols and paving the way for more efficient, cost effective
air traffic management.”
Magali Vaissiere, ESA’s Director of
Telecommunications and Integrated Applications, said, “It is hard
to overstate the impact this new application of satellite
technology will have on modern air travel. We have been working on
the Iris programme with Inmarsat and our other partners since
2012, and are happy to now be able to implement the result of this
extensive research and development to improve both the European
economy and the lives of European citizens in this very tangible
way.”
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