DFS is
one of
the
leading
ANSPs in
Europe,
and
controls
the air
traffic
throughout
German
airspace.
Like
many
other
European
ANSPs,
DFS has
complete
air
traffic
surveillance
coverage,
including
a mix of
ground-based
radar,
ADS-B
and
multilateration
stations.
The MoA
will
allow
DFS to
evaluate
options
for
potentially
optimizing
the
replacement
of some
legacy
equipment
that
requires
expensive
upkeep.
In
addition,
they
will
investigate
the
establishment
of an
independent
contingency
service
for
enhanced
redundancy,
which
can be
used to
have a
consistent
air
traffic
surveillance
feed.
"DFS is
keen to
explore
the
potential
benefits
that
space-based
ADS-B
can
bring to
the
region.
This is
not only
for
enhanced
safety,
but also
increased
efficiency.
It could
provide
us with
another
layer of
surveillance
in the
event of
an
outage
or
interruption,"
said
Ralf
Bertsch,
Director
Planning
and
Innovation,
DFS. "We
are also
looking
at the
benefits
that
Aireon's
data
could
offer
for all
of
Europe.
This
could
allow us
to
optimize
the
usage of
legacy
ATS
surveillance
systems."
"This
agreement
shows
the
willingness
for
leading
European
ANSPs to
evaluate
best-in-class
technology
that
will
provide
increased
safety
and
efficiency
benefits,"
said
Cyriel
Kronenburg,
Vice
President,
Aviation
Services,
Aireon.
"In
countries
like
Germany,
which
consists
of
mostly
terrestrial
airspace,
space-based
air
traffic
surveillance
can
serve an
extremely
beneficial
role as
a
contingency
system,
as well
as
provide
cost
savings
on
existing
technologies.
This is
particularly
true for
portions
of the
airspace
over
challenging
terrain.
Maintaining
the
necessary
ground
stations
in areas
with
minimal
supporting
infrastructure
is an
expensive
and
challenging
proposition,
especially
when
some can
require
round-the-clock
maintenance
due to
age. We
very
much
look
forward
to
working
with DFS
to
assist
them
with
their
analysis."
Aireon's
space-based
ADS-B
service
will be
operational
in 2018,
shortly
after
the
completion
of the
Iridium
NEXT
satellite
constellation.
The
constellation
will
consist
of 66
operational
low-earth-orbit
satellites
providing
100
percent
global
coverage.
The
service
will
provide
ANSPs
with
global
aircraft
surveillance
capability,
and is
expected
to help
reduce
fuel
costs,
increase
safety
and
enable
more
efficient
flight
paths.