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DIRECTION DE LA PROSPECTIVE
Division DÉFENSE
Page 1 S.Lebourg
UAV CERTIFICATION &
TRAFFIC INSERTION
Singapore Seminar Saint Cloud March 1st & 2nd
DIRECTION DE LA PROSPECTIVE
Division DÉFENSE
Page 2 S.Lebourg
CERTIFICATION
Part 1
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NAVDROC NAVigabilité des DROnes Civils
NAVDROC
Call for tender prepared by SFACT (French FAA) 2001
Leader : EuroUVS Subcontractors : Dassault Aviation, SAGEM, THALES
Subject : to review JAR23, JAR VLA, JAR27 paragraphs and to determine paragraph per paragraph if the paragraph can be maintained as it is, as to be deleted or as to be modified for its application on UAV.
Dassault Aviation was in charge of JAR23. (SAGEM JAR-VLA, THALES JAR-27)
One year study.
CONCLUSIONS
JAR Safety objectives are only oriented to the protection of inboard people
For UAV safety objectives have to oriented to the protection of on ground people
FAR23 AC 23-1309-1C is a useful document, it will have to be adapted for UAV applications.
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JAA Eurocontrol Task Force
TASK FORCE
Create in September 2002 at the initiative of EuroUVS & request of Swedish CAA
JAA Leader : M. Morier
WORK & ORGANISATION
Develop and deliver a CONCEPT for European regulations for civil UAVs, its justification and recommendation for a future regulatory work.
Group 1 : Safety & Security
Group 2 : Airworthiness (navigability)
Group 3 : Operations, Maintenance, Licensing
Group 4 : ATM (under EUROCONTROL)
PARTICIPANTS
European industry : Dassault Aviation, EADS, Alenia, SAAB, IAI, Baé, THALES…….
National authorities : French DGAC, UK Swedish Italian CAAs, FAA …...
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JAA Eurocontrol Task Force
CONCLUSIONS
High level reflection work, not a detailed work.
Eurocontrol not active at all (no work relative to ATM UAV insertion)
Following work to be done under EASA control (JAA no longer exist)
The report is becoming a "reference document" for definitions and methodology
ADVANTAGES DRAWBACKS
Opportunity to create a European UAV airworthiness community
Possibility for European industry to have a better view of UAV airworthiness methodology
Possibility to exchange point of view with the FAA & UAV US associations
Great experience for expertise
Negative attitude of Eurocontrol (Eurocontrol not ready to accept UAV in the ATM)
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JAA Eurocontrol Task Force
DASSAULT AVIATION ACTIVITIES
Participation to work package 2 (Airworthiness)
Proposition for a method to establish UAV Safety Objectives based on expertise on civil aircraft (Falcon family) and air combat aircraft (Mirage 2000, Rafale)
Proposition described in appendix 3-5 of JAA UAV task force.
UAV SAFETY OBJECTIVE PRESENTATION
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Civil European UAV Certification
EASA (European Aviation Safety Agency)
Created in 2002 by the European Commission (active in 2003)
Supranational European authority in charge of the certification of civil aircraft and UAVs (above 150 kg)
In the future EASA will cover all airworthiness, licensing, operations and ATM aspects. EASA will have activities similar to the FAA
Rules defined in "EC regulation 1592-2002" (JAA Eurocontrol task force has proposed amendments to the text to improve the UAV regulatory activities)
European nations as France are no longer authorized to deliver civil type certificate
EASA ACTIVITIES IN UAV DOMAINS
Will publish by mid March a A-NPA on UAV on essential requirements for UAV Main purpose is to see how the industry will react to UAV airworthiness activity This NPA is based on JAA TASK force conclusions and is a follow up of the JAA Task force activity.
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French UAV Military Certification
DGA (Direction Général de l'Armement)
DGA is the French MOD
DGA has decided in 2003 to apply to military aircraft a certification process similar to the process applied on civil aircraft.
Now future military aircraft and Uav will be certified
This change is a request to be in conformity with ICAO and EASA rules
The application is scheduled for first semester of 2005.
EUROPEAN ORGANISATION
There is no military organization in Europe similar to EASA
Certification type will be delivered by the nations.
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USAR UAV System Airworthiness Regulations
USAR
DGA has decided in 2004 to prepare a certification code for UAV system.
This code based on JAR 23 covers the vehicle the remote station & the communications
The code provides also the AMC (Acceptable Means of Compliance)
The USAR code has been discussed with the French industry (with participation of Saab and IAI) and first official version (version 3) has been published by DGA in 2005.
USAR covers all military UAV. There is no weight limitation or number of engine limitation.
USAR has been designed with the ulterior motif to apply it on civil UAV
USAR SAFETY OBJECTIVES
Catastrophic scenario is set at : 10-6 (JAR 23 SME <6000 lbs), (FAR 25 : 10-9)
UAV catastrophic failure is set at : 5.10-5
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Civil Certification Conclusions EUROPEAN UAV CIVIL CERTIFICATION BASIS (EASA)
General requirements based on JAA Eurocontrol task force recommendations
No UAV existing certification regulation
SPECIAL CONDITIONS
Method used when there is no regulation adapted to the product.
Any new aircraft (F7x) have additional special conditions (Fly by wire)
advantage : open regulation, updated during the certification process.
SPECIAL CONDITION FOR UAV
USAR will probably be the based of the UAV special condition For regulation & for the safety objective definitions
UAV WITH PILOT (OPEN QUESTION)
Can be treated as experimental aircraft (if limited to development)
Have to be certified as an aircraft (JAR 23, 25) & UAV (special condition) (Falcon) or limit civil certification to cabin habitability & pilot safety aspects
Have to be certified as a military aircraft & a civil UAV
Can be useful to demonstrate UAV insertion in the ATM (POC)
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Military Certification Conclusions
NATIONAL UAV MILITARY CERTIFICATION
Nation per nation
Coordination between nations (France, Suede, Germany, Italy)
CERTIFICATION BASIS
USAR
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TRAFFIC INSERTION
Part 2
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ICAO Rules
ARTICLE 3
Stipulates that the Chicago Convention applies only to civil aircraft, and is not applicable to state aircraft. UAV’s, when used in military, customs and police services are regarded state aircraft. These aircraft require authorisation by special agreement before they can fly over the territory of another State.
ARTICLE 8
Requires special authorisation by the State over flown by a UAV.
ARTICLE 20
Requires UAV’s to bear its registration and nationality marks.
REMARK
With regard to airworthiness, Article 31 stipulates that UAV’s must have a certificate of airworthiness, while Article 33 addresses the recognition by ICAO states of such certificates.
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Detect & Avoid See & Avoid
ICAO ANNEX 2 RULES OF THE AIR 3.2 AVOIDANCE OF COLLISIONS
it is important that vigilance for the purpose of detecting potential collisions be not relaxed on board an aircraft in flight, regardless of the type of flight or the class of airspace in which the aircraft is operating, and while operating on the movement area of an aerodrome.
AC 90-48C PILOTS’ ROLE IN COLLISION AVOIDANCE "SEE AND AVOID CONCEPT"
the flight rules prescribed in Part 91 of the Federal Aviation Regulations (FAR) set forth the concept of “ see and avoid ”. This concept requires that vigilance shall be maintained at all times, by each person operating an aircraft, regardless of whether the operation is conducted under Instrument Flight Rules (IFR) or Visual Flight rules (VFR)
Pilots should also keep in mind their responsibility for continuously maintaining a vigilant lookout regardless of the type aircraft being flown. Remember that most MAC accidents and reported NMAC incidents occurred during good weather conditions and during the hours of daylight.
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Today Traffic Insertion
POSSIBLE OR NOT ?
There is no real technical limitation & interdiction
UAV must be approved in agreement with the regulations (certification & operational rule) Civil UAV or State UAV (military ones)
ATC UAV communications must be maintained in a similar way than for an aircraft
UAV operator must answer to ATC requirements in similar way than a pilot does
Difficulties are mostly political ones
UAV SPECIFIC CHARACTERISTICS
The low speed of UAV compared to the aircraft
The UAV "requirement" to fly climbing cruise (constant angle of attack)
The difficulty for the UAV to keep an accurate altitude
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ATM versus ATC
ATC (today)
C Communication made by ATC controller using voice communications
N Navigation based on VOR/DME routes, introduction of RNAV routes
S Surveillance by ATC operator using, radar & transponder mode C Introduction in operation of onboard anti collision system (TCAS, ACAS)
ATM (2015)
C Communication made by ATC controller using data link (CPDLC) & voice Possibility to have automatic answer
N Navigation based on RNP
S Surveillance by ATC operator using, transponder mode S & radar automatic reporting using ADS-B Possibility for the controller to delegate separation to aircraft pilot or UAV operator On board anti collision system (TCAS, ACAS)
CONCLUSION
It will be easier to fly UAV in ATM than in the ATC environments
ATC/ATM people will have to accept UAV (not today their priority)
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Minimum Requirements
UAV ATTITUDE
For ATC UAV must behave like an aircraft Communications, Navigation, Surveillance
UAV performances must be similar to aircraft up to 45 000 ft Speed, altitude hold, cruise operations
OPERATIONAL REQUIREMENTS
8,33 khz Radio
RVSM qualification, BRNAV, RNP1
TCAS ACAS equipped with automatic avoidance maneuver
OPERATOR REQUIREMENTS
Operator license (TBD)
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UAV Traffic Insertion Initiatives
EUROPE
SES (Single European Sky)
SESAME (SES ATM Master plan) Eurocontrol has admitted that SESAME must take into account UAV operations Dassault Aviation, EADS, Euro UVS will probably participate to SESAME activities
Action of French MOD on Eurocontrol & EASA to request actions in favor of UAV A similar action from Swedish MOD is in study
Action of Euro UAV ICB (Industry consultation Body) on Eurocontrol, EASA, EC, NATO to promote UAV operations and to request actions to allow UAV normal operations.
USA
FAA/NASA initiative for UAV traffic insertion (ACCESS 5 : 100 M$) Participation of major UAV manufacturers
Creation of RTCA SC203 WG on "see & avoid" (EUROCAé will create a similar WG)
FAA has delivered COA (certificate Of waive or Authorization) to the Globalhawk
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French MOD Conclusions
L’avènement de l’ATM à l’horizon 2015, qui automatise la réponse des aéronefs en termes de trajectoires requises par le contrôle aérien, devrait permettre une intégration aisée des drones dans la CAG + distance entre aéronefs. ATM achievement by 2015, allowing automatic air vehicle response to ATC trajectory request should permit an easy UAV separation & integration in controlled airspace.
Une formation des opérateurs à trois niveaux doit être définie (base, type, mission). A three level operator training will have to be defined (Basic, Type, Mission)
Une exigence politique de haut niveau semble nécessaire. High level political involvement seems (deems) necessary.