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ATAG Corporate brochure

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Air transport industry position<br />

To complement ICAO’s work, IATA has<br />

developed a comprehensive global ATM<br />

Implementation Roadmap that aims to<br />

provide a clear industry vision of the future<br />

ATM concept. The air transport industry<br />

urges ICAO to adopt a similar planning<br />

process in order to assist the industry<br />

as a whole in planning future procurement<br />

requirements.<br />

IATA Global Implementation Roadmap<br />

Air transport safety, efficiency and growth driven by market demand<br />

"ATM efficiency and effectiveness must be optimised through the development<br />

of a proper transition plan and a long term strategy aimed at rationalising the<br />

infrastructure and service delivery. This strategy should be based on global<br />

operational requirements supported by market forecasts and not on purely national<br />

or regional interests." Bernie Smith, CEO, Airservices Australia and Deputy Chairman,<br />

Civil Air Navigation Services Organisation (CANSO)<br />

The roadmap is a key part of IATA’s<br />

ATM_cns strategy and vision for One<br />

Sky…global ATM. It fully supports the ICAO<br />

ATM Operational Concept – addressing<br />

the need for collaborative decision-making,<br />

dynamic airspace management, strategic<br />

conflict management, flexible use of<br />

airspace and all weather performance.<br />

The roadmap focuses on ATM solutions rather than "cns" supporting technologies, and<br />

is driven by the need to improve ATM safety, capacity and efficiency. Time-scales are<br />

intentionally approximate, because the roadmap describes an implementation sequence<br />

and not absolute events in time.<br />

A<br />

B<br />

C<br />

D<br />

E<br />

F<br />

G<br />

Airspace<br />

organisation<br />

Airspace<br />

management<br />

Civil/military<br />

cooperation<br />

Air traffic<br />

management<br />

Terminal area<br />

optimisation<br />

Flight planning<br />

& operational<br />

information<br />

Airport surface<br />

movement<br />

2005 Short term Medium term Long term<br />

Adoption of<br />

ICAO flight levels<br />

Collaborative airspace<br />

planning with all<br />

airspace users including<br />

military<br />

Flight management<br />

system-based (FMS)<br />

approach and<br />

departure procedures<br />

Military participation<br />

in airspace planning<br />

User-preferred<br />

trajectories and reduced<br />

separation minima<br />

Harmonise ICAO<br />

airspace classification of all<br />

upper airspace above a<br />

common agreed flight level<br />

Flexible tracks<br />

Improved airspace,<br />

route availability and<br />

meteorological information<br />

Maximise runway<br />

capacity<br />

RNP/RNAV-based SIDs<br />

and STARs optimised<br />

for aircraft performance<br />

2005 Short term Medium term Long term<br />

9<br />

Dynamic airspace<br />

management<br />

(RVSM, RNP, RNAV)<br />

Harmonise and simplify<br />

application of ICAO<br />

airspace classification<br />

Reduction of tactical air<br />

traffic flow management<br />

through automation<br />

Enhanced civil/military cooperation<br />

for dynamic airspace allocation<br />

Automated tools<br />

for arrival and<br />

departure<br />

sequencing<br />

Dynamic<br />

management<br />

of terminal areas<br />

Progressive implementation<br />

The transition towards One Sky…global<br />

ATM in accordance with the roadmap is<br />

necessary in all regions of the world.<br />

Many aircraft are already capable of GNSS<br />

navigation, and States should allow their<br />

airline operators to take full advantage of<br />

the new technology. ANS providers should<br />

ensure, as a priority, that benefits are<br />

provided to airlines that are appropriately<br />

equipped and certified. Airline operators<br />

that are not appropriately equipped should<br />

be provided with a clear transition path to<br />

the future, and a safer and more efficient<br />

concept of operation.<br />

Define new airspace<br />

classification and reduce<br />

their number<br />

Integrated regional<br />

airspace planning<br />

Random routing Dynamic re-routing Free routing<br />

Collaborative flight<br />

planning<br />

Display information<br />

of all surface movements<br />

to all parties<br />

Transfer of separation assurance responsibility in<br />

specific cases (e.g. in trail aircraft ahead, etc.)<br />

Dynamic flight<br />

planning<br />

Visual flight rules (VFR)<br />

capacity in instrument<br />

flight rules (IFR) weather<br />

conditions<br />

Further reduce<br />

number of<br />

airspace categories<br />

Autonomous operations<br />

based on airborne<br />

separation assurance<br />

Transfer of separation<br />

assurance responsibility<br />

in designated airspace<br />

Efficient use of airport capacity<br />

regardless of weather conditions<br />

Application<br />

of 4D RNAV<br />

in terminal<br />

area<br />

One Sky...global ATM

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