Other available languages: none
Brussels, 25th June 2008
What are the main objectives of this proposal?
The massive increase in demand for air transport is placing a strain on infrastructure capacity: 28000 daily flights by 4700 commercial aircraft are pushing airports and air traffic management (ATM) to their limits. The fragmentation of air traffic management hinders the optimal use of available capacity and imposes an unnecessary financial burden on aviation. Meanwhile, the traffic increase also requires better safety standards, while increasing environmental awareness is pushing the aviation industry to demonstrate its environmental performance. Finally, the recent sharp increase in fuel prices calls for more efficient use of airspace, to reduce the costs for airline companies.
Why another package?
The Single European Sky regulation adopted in 2004 (SES I) has not delivered the expected results in some important areas. The process of integration within functional airspace blocks (FABs), regardless of national borders, has encountered numerous hurdles. Air traffic control is mistakenly related to national sovereignty. Obviously this is a complex argument, but, instead of prompting innovative solutions for exercising sovereignty, it has been used to block cross-border integration.
There has been little progress in the overall efficiency of the design and use of the European air network.
This second package is based on four pillars:
The legislative components of the SES II are expected to come into effect in 2009 or 2010 at the latest.
Does SES II replace SES I?
SES II amends SES I, it does not replace it. SES II aims to strengthen the key points established in SES I. The goal is to improve the original legislation from 2004, by taking into account the lessons learned and the evolution of the industry.
Would SES II be good for the environment?
SES II is committed to reducing greenhouse gas emissions from aviation. Optimised Air Traffic Management in Europe has the potential to reduce fuel consumption and emissions by about 10% per flight: this is precisely the target of the Single Sky policy and the SESAR initiative. This objective will be realised by:
What are the main enhancements to the original SES legislation?
The main enhancements include:
What about the implementation of Functional Airspace Blocks (FAB)?
The FAB concept was developed in the 1st legislative package of the Single European Sky. It means organising, integrating and managing the traffic in accordance with the actual needs of the aviation community, enabling optimum use of airspace. Member States will look beyond national borders when assessing the creation of a FAB justified by their overall added value based on a cost-benefit analysis.
Air traffic management in the EU is still organised in a fragmented way. Every time a plane enters the airspace of a Member State, it is serviced by a different air navigation service provider on the basis of different rules and operational requirements. This fragmentation affects safety, limits capacity and above all adds to cost.
With the SES II package, FABs will focus on all aspects of service provision, instead of on airspace issues alone. They will allow for flexible forms of co-operation between service providers thus providing a valuable tool for reaching the binding performance targets proposed in SES II.
What about the impact of SES II on safety?
The current excellent aviation safety levels need to be maintained and even improved to mitigate the safety risks posed by growing traffic and congestion. It is essential to keep in mind that safety risks quadruple when traffic doubles, which is most likely going to happen within the next 15 years. These risks fall under the area of aerodrome infrastructure and equipment and their operation, as well as under the scope of air traffic management (ATM) and air navigation services (ANS). However, those subjects are not yet included in the mission of the European Aviation Safety Agency (EASA) created in 2002.
To fill this gap, the Commission has proposed that the competences of the Agency should be broadened to cover these remaining areas, crucial to aviation safety.
What will be the future role of Eurocontrol?
Eurocontrol will gradually become the operational arm for the implementation of the Single Sky and the managing body of the EU's ATM network (central management of flows, rationalisation of routes, deployment of cross-border infrastructures and harmonisation of the allocation of frequencies).
Eurocontrol will also become the "performance Review Body", charged with the essential task of defining and evaluating performance targets for the Single Sky.
What does SESAR stand for?
SESAR (Single European Sky ATM Research) is a major and unique EU research & development programme that brings together, in a public-private partnership, aviation stakeholders in order to develop the pan-European ATM system of the future. The definition phase (2006-2008) has delivered an "ATM Master Plan" which needs to be validated in order to trigger the development phase (2008-2013).
The Commission created the SESAR Joint Undertaking along the lines of the GALILEO model. The SESAR Joint Undertaking manages the €2.1 billion programme, funded by the European Commission (€700 million), Eurocontrol (€700 million) and the industry (€700 million). Financial contributions from the private sector are under evaluation and should lead to formal membership agreements before the end of 2008.
The real added value of SESAR will come with implementation, when SESAR products are deployed in a coordinated and synchronised way throughout the EU.
What are the synergies between SESAR and GALILEO?
The GALILEO satellite radio navigation system, launched by the European Union and the European Space Agency, is the first worldwide satellite positioning and navigation system specifically designed for civil purposes. It will not only complement the current (US military) GPS system, but also offer state-of-the-art services with increased performance in terms of accuracy, continuity and availability in comparison to today's satellite navigation systems. The development and deployment of the GALILEO programme is fully financed by the European Commission (€3.2 billion) (including the construction and launch of 30 satellites and the setting up of the ground-based components) and is scheduled to start operating from 2013 onwards. Each aircraft in the Single European Sky will have to be equipped with new positioning capabilities: more precise and available everywhere even when there is no ground support (international water). In this sense, Galileo is the perfect candidate.
The European Aviation System is moving towards a better performing environment and SESAR will play a key role in achieving the Single European Sky. For its part, GALILEO will provide an improved and refined satellite navigation system, as a valuable technical tool for civil aviation.
What would be the benefits for the aviation sector?
Airspace users, especially commercial air carriers, are the main clients of air navigation services. They pay for the air navigation services through levies per flight. With the implementation of SES II and the setting of performance targets, airspace users will get a higher quality of service at a cheaper price.
Airports, together with air traffic management, constitute the infrastructure for aviation. Efficient flights can only happen if all phases of flights are covered through a network of rules, procedures and information flow, including a gate-to-gate approach; better management of capacities on the ground is a major issue for airport operators. In this context, it is proposed to set up an Observatory on airports capacity.
How will the new measures affect the work of air traffic controllers?
The proposed package will affect the work of air traffic controllers on several different levels:
(1) Service: the controllers will have to focus more on performance; the new regulation will prescribe, for example, a maximum level of CO2 emission for each flight;
(2) Working conditions: air traffic controllers will have access to more information; information will be circulated between all operators through a single communication network, comparable to an internet for air traffic management;
(3) Quality of work: the SESAR system will provide more automated assistance to controllers as the aircraft will be better equipped with surveillance, and automatic position report capabilities. The controller will be able to spend more time focusing on safety, rather than on radio calls to all the pilots in his sector.
How will European citizens benefit from SES II?
European citizens will enjoy various benefits:
How many countries are currently involved in the SES initiative?
38 states are currently committed to the SES initiative: