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ATM Conference, OsloMay 19th, 2015
ATM Master Plan 2015Consequences for cost, safety, performance and environment
Performance: EU Air transport – a €121bn industry facing multiple challenges that ANS can help to overcome
• Air transport is a €121bn industry, supporting 2m jobs in EU28 in 2012
• Air traffic is expected to grow ~50% 2012-2035 to 14.4 million flights
• ANS costs of ~€8bn are ~50% higher than the US on a comparable basis
• Congestion at key hub airports enables the growth of other hubs outside Europe
• Fuel efficiency is critical for cost and environmental reasons
• Increasing traffic and variety of air users makes it harder to ensure safety
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SETTING PERFORMANCE OBJECTIVES IS CRITICAL
THE ROLE OF ATM IN THE AIR TRANSPORT VALUE CHAIN GUARDIAN OF SAFETY
CONNECT EUROPEAN CITIES & EUROPE WITH THE REST OF THE WORLD
ENABLE RELIABLE AND AFFORDABLE AIR TRANSPORTATION
ENABLE GREEN & EFFICIENT AIRCRAFT TRAJECTORIES
CONTRIBUTE TO EUROPE’S COMPETITIVENESS & INNOVATIVE CAPACITY
ATM IS CRITICAL TO ENABLE SUSTAINABLE AND HIGH PERFORMING AVIATION IN EUROPE
WHY WE NEED TO ACTWHAT NEEDS TO BE DONEWHEN IT NEEDS TO BE DONE
TECHNOLOGY & PERFORMANCE?
Electricity
Postal
Banking
Technology
Other industry experiencesOther industry experiences PRB, flight path, ICB and other visionsPRB, flight path, ICB and other visions
Flight Path 2050
PRB Vision
Why: 7 improvement areas identified across entire value chain connected to identified performance gaps
Improved ANS operations productivityI
PlanningPre-
departureTaxi &
Take-offClimb Cruise Descent
Landing & Taxi
Post flight
... ...
Collaboration and operational predictabilityIII
Lean and efficient use of ANS infrastructureII
Improved flight trajectoriesV
Turnaround plane
IVImproved airport
performance and accessIV
Inclusion of all air vehicles1 into the SESAR environment VI
Enhanced safety and securityVII
Create benefits for EU citizens
1. RPAS, GA, Rotorcraft & Military
What: SESAR enables step-change in system capabilities in 2035
Integrated systems
Sharing of information
Flight-centric operations
Integration of all vehicles
Automation of routine tasks
Virtualization
Air users fly their preferred, more direct route
Information shared digitally via common information platform
All air vehicles fully integrated in ATM environment
Virtualization allowing dynamic capacity management
Lean and modular systems, easily upgradable and interoperable
Automation and use of data communication to ease ATCO & support staff workload
Information Services enabling progressive:- Increased automation support- Service orientation - Virtualization
Regional, trajectory based,flight centric operations
When: Deployment progressively moves from structural enablers to target vision
Today
Illustrative timing
2015 Master Plan2035
First structural Enablers in place, local pain points addressed
Flight Path2050
Efficient services & infrastructure delivery
Target vision
First 2 Common ProjectsSES 2+ “Enabled Implementation”
Performance
A
B
C
D
Source: Flight path 2050
Deployment needs: To deliver the ambition, SESAR is working on a comprehensive portfolio of technical solutions
Key
SE
SA
R 2
020
ele
me
nts
Enhanced runway throughput & arrival/depart. procedures
Harmonized standards for infrastructure and services
Cost effective systems for Rotorcraft / RPAS / GA integration
Improved OPS tools and associated working practices
• Conflict detection/resolution• Situation monitoring
Collaborative decision making across the network
• User preference process (incl. FOC/WOC)
• Collab. network Ops Plan• Collab. Airport Ops Plan
Advanced CNS equipments• GBAS, A-PNT, Satcom ...
Flight-centric 4D trajectory management
• Mission trajectories • Trajectory based Ops.
framework • User preferred routing• Precision trajectory
clearance
Demand capacity balancing & resource mobility
• Virtual centres• Service interface
Dynamic airspace management tools
Advanced safety tools for en-route & airports
• Safety nets• Conflict avoidance
Initial separation delegated to flight deck
Separation temporarily delegated to flight deck
• Industrial research to test deployment in low complexity areas
• Complemented with R&D on how to deploy in complex environments
Seamless, pan-European flight centric operations
• R&D looking to enable flight centric operations across multiple ANSP / regions
Industrial research Early stage R&D
SESAR 2020 industrial research complemented
by deployment of SESAR 1 resultsvia PCP / CP2
Target visionRegional, trajectory based, flight centric
operations
Efficient services & infrastructure delivery
First structural Enablers in place, local pain points
addressed
A B C D
High performing airports
Advanced air traffic services Optimised ATM network Services
Enabling the aviation infrastructure
SESAR 2020 key features
Initial thoughts to drive discussion
When, Where: SESAR enables changes to the ATM service model Multiple co-existing options are feasible in the target vision
NM
AT
C O
per
atio
nS
ervi
ce&
in
fras
tr
C1 C2 C3 C4
Countries
C1 C2 C3 C4
Countries
NM
C1 C2 C3 C4
AT
C O
per
atio
nS
ervi
ce&
in
fras
tr
Countries
Target visionRegional, trajectory based, flight-centric
operations
Efficient services & infrastructure delivery
First structural Enablers, local pain points addressed
Airpt Airpt
NM
Ser
vice
& i
nfr
astr
AT
C O
per
atio
n
AirptAirpt
A B C D
Multiple potential co-existing
industry options:• Seamless ANSP
collaboration• End-to-end ANS
service provision• Temporary
delegation of separation
• …
Illustration for the purpose
of the Oslo Conference
Vision defines what needs to be deployed where and when, performance depends on how solutions will be deployed
High level of coordination,
standardization and integration
Low level of coordination,
standardization and integration
Future SESAR solutions(technical
& operational)
Safety oversight framework
Economic regulation & incentives
Deployment choices
Perfo
rman
ce enab
led b
y SE
SA
R / Tec
hn
olo
gy