1. - RPAS -
INTRODUCTION TO PANEL SESSION
ALIAS Conference, 1-2 October 2014, Florence, Italy
Michael Standar
Chief Strategies & International Relations
2. What are Unmanned Aircraft?
• DRONES?
• UAV?
• Unmanned aircraft systems
• Autonomous aircraft
• ???????????????
• NO!!! They are called Remotely Piloted Aircraft Systems
(RRPPAASS)) and they are a subset of UUAASS!
• Remote pilot station or ground station
• Data link
• Remote piloted aircraft
2
3. D-D-D
• Dull
• Dangerous
• Dirty
• Business case
• Able to fly longer
• Closer to obstacles
• Hazardous conditions
• Benefits to society
• Benefits to manned aviation
3
5. Why can’t they fly together with manned aircraft
yet?
• Three simple principles:
– Not negatively impact manned operations
– Be transparent to other airspace users and ATC
– As safe as manned aviation
• Adapt to the current and future ATM and Aviation
environment!
• Three simple principles – However, the regulatory
and technical challenges are not that simple
5
7. EUROPEAN AVIATION SYSTEM
• Conservative
• Lead in time at least 5 years
• RPAS integration driven by innovation and business
needs
– Sensors – ”payload”
• RPAS just another airspace user
• <150 kg State specific (for now)
Civil and military have same integration obstacles
7
8. TTHHEEYY AALLLL WWAANNTT
AAIIRRSSPPAACCEE AACCCCEESSSS
Paving the way toward RPAS
integration
Or societal benefits?
8
9. MAIN OBJECTIVE
Safe integration of civil and mil RPAS operations into
the European aviation and ATM system from 2016
– Phased integration (scalability)
– Non-segregated ATM environments
– SESAR COMPLIANT – Integrated into the
European ATM Master Plan
9 9
13. R&D GAP ANALYSIS
Identification of gaps in technology or procedures led
to the following topics:
• Detect & Avoid
• Human factors
• C2 (Command & Control)
• Contingency – e.g loss of link, …
• Security
• SESAR compliance
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14. What is the state of play
• 15 countries have regulation (not harmonised)
– 6 allow operations under strict conditions
• 2200+ civil approved commercial companies and growing
• Most operators and manufacturers have no aviation back
ground or ATM knowledge
• Economic potential estimated at several billions before end
2020
• Pragmatic European approach………
14
15. – Regulatory
– R&D
– Complementary measures
• European RPAS European Aviation System
integration roadmap
• Call for RPAS Demos and trials from SJU linked to
ATM master plan
• European Roadmap was launched 20 June Paris
Airshow
Paving the way toward RPAS
integration
EUROPEAN APPROACH
• 5 workshops across interest groups
• European Comission Staff working paper
• Development of 3 roadmaps
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16. 16
TYPES OF OPERATIONS
Instrument Flight Rules (IFR)
Visual Flight Rules (VFR)
500 ft--------------------------------------------------- 500 ft
Very Low Level Operations
• Visual Line of sight (VLOS)
• Extended- Visual line of sight (E-VLOS)
• Beyond visual line of sight (B-VLOS)
17. 17
IMPACT OF RPAS ON ATM BELOW 500 ft (1)
• ANSP
• Responsibility for FIR
• Flight planning?
• Airspace users
• Rules of the air
• Detectability
• CTR
• Separation between IFR/VFR and RPAS ( non IFR/VFR)
• Traditional products
• NOTAMS
• MET
• Terrain and obstacle data
18. 18
IMPACT OF RPAS ON ATM BELOW 500 ft (2)
• Transition
• Into area below 500ft
• Out of area below 500ft
• Infrastructure
• SUR Tracking capability (if required)
• Spectrum availability
• Contingency
• Impact on GPS outage (B-VLOS)
• Loss link
• Security
• Physical
• cyber
19. RPAS R&D ATM INTEGRATION PERSPECTIVE
19
R&D
Objectives
VLOS Small R&D effort
E-VLOS
B-VLOS
IFR/VFR
OOPPEERRAATTIIOONNSS BBAASSEEDD AAPPPPRROOAACCHH
Small R&D effort
Large R&D effort
Large R&D effort
21. • Definition phase started – in progress – involvement of
stakeholders/partners
• Descriptions of work to be incorporated into the SESAR
2020 Programme covering all ”pipeline phases”
• Input to the ATM Master Plan Roadmaps of
technologies
– Content view
– Business view
– ICAO Global Plan ASBU alignment/support
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SESAR 2020 – RPAS Integration
22. Global Cooperation & Interoperability
EC/FAA Coordination
Standards built on
SESAR and NextGen
developments will
support harmonised
Implementation and
Regulation
Programme level
coordination enhanced
by interoperability and
wider industry buy-in.
Global consensus to
ensure world-wide
interoperability.
EU-US MoC
SESAR-NextGen
Coordination Activities
EUROCAE WG
RTCA SC
ICAO GANP/ASBU
´s
22
23. Conclusion
•New airspace user
•Driven by innovation and business needs – roles &
reponsibilities, liabilities
•The European Roadmap and current practices will be
the baseline for the integration to be successful and
described in the European ATM Master Plan
•New issues to be solved - proposes
opportunities/constraints to aviation
•Automation is key and need to be balanced to keep
the human-in-the-loop – system resiliance
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In order to integrate RPAS into the European aviation system RPAS will have to follow three simple principles:
They should not negatively impact manned operations
Their operations should be transparent to other airspace users and ATC
They should be as safe as manned aviation
In short RPAS will have to adapt to the current and future Air Traffic environment!
Although the principles are simple the regulatory and technical challenges are not that simple
B-VLOS
Timeframe 2013-2020
Large R&D effort identified
Detect & avoid (replicate the human ability to see & avoid)
C2 communications
Human factors including mixed fleet compatibility
Contingency
Security
SESAR compliance
B-VLOS below 500ft is completely new to aviation
IFR/VFR
Timeframe 2013-2028
Large R&D effort identified
Detect & avoid
Airspace and Airports access
C2 communications
Human factors
Contingency
Security
SESAR compliance
At the ‘Programme’ Level US/European coordination will be conducted under the framework of the agreement under discussion by the EC and FAA
Widespread participation to standards activities by industry enables another level of coordination and global stakeholder buy-in
ATM Masterplan and Standardisation Roadmap will contribute to international coordination of standards developments
Publications of ICAO SARPs and agreed Industry standards will support regulation and drive implementation in an interoperable way.