This document provides a report on establishing a regulatory framework for the safe use of remotely piloted aircraft systems (RPAS), commonly known as drones, in civil aviation in the European Union. It recognizes the economic potential of RPAS applications in areas like infrastructure inspection, agriculture, and media production. However, it stresses that safety, security, privacy, and data protection must be ensured. The report calls for a clear and proportionate EU regulatory framework based on risk assessment that supports innovation while protecting citizens. It also supports removing the 150kg weight threshold and having the European Aviation Safety Agency develop competence in regulating RPAS.
Lt Col (Retd) Kevin Byrne, international aviation expert, and Past International President of CILT is Guest Speaker for CILT international webinar on Wednesday 15th July 2020.
Educaterer India is an unique combination of passion driven into a hobby which makes an awesome profession. We carve the lives of enthusiastic candidates to a perfect professional who can impress upon the mindsets of the industry, while following the established traditions, can dare to set new standards to follow. We don't want you to be the part of the crowd, rather we like to make you the reason of the crowd.
Today's Effort For A Better Tomorrow
The European Drone Forum is a conference focused on the safe and commercial operation of drones. It will have over 30 speakers from business and government discussing topics like beyond visual line of sight operations, urban airspace integration, and sensor technologies for drone detection. The event aims to address challenges and strategies for enabling unmanned aviation under the upcoming European regulations. It will include over 200 participants from 17 countries both in-person and online.
Marina Kuznechevskaya, International Aviation Expert and Member of Advisory board of IATA Cargo and Passenger committees is Guest Speaker for CILT international webinar on Wednesday 15th July 2020.
With the world’s attention focused on London, the UK Government wanted assurance that rigorous security arrangements were in place for UK airspace. NATS also had to be prepared for potentially disruptive summer weather, such as thunderstorms.
This was a unique challenge, and one that NATS rose to with characteristic calmness and professionalism. NATS had to be prepared for every eventuality, working with a wide range of stakeholders, on a job of the highest visibility. As a tribute to the way NATS managed the project, it has already been asked to share its experience with the organisers of the Rio Olympics in 2016.
The COVID-19 virus has spread worldwide without acknowledging borders. It has impacted all industries, all sectors and all aspects of our lives with devastating economic and financial losses and significant uncertainties.
Development of lcc in poland after eu accession[1]kennethpkennedy
This document provides an overview of the development of air transport law in the European Union following the liberalization process. It discusses the three "Packages" of EU legislation from 1987-1992 that opened up the air transport market by deregulating fares, market entry, and removing barriers. The Packages established common air transport rules across member states and increased competition by allowing alliances and codesharing between carriers. This created benefits for consumers but also required new regulations on safety, technical standards, and slots to manage increased traffic at airports.
Lt Col (Retd) Kevin Byrne, international aviation expert, and Past International President of CILT is Guest Speaker for CILT international webinar on Wednesday 15th July 2020.
Educaterer India is an unique combination of passion driven into a hobby which makes an awesome profession. We carve the lives of enthusiastic candidates to a perfect professional who can impress upon the mindsets of the industry, while following the established traditions, can dare to set new standards to follow. We don't want you to be the part of the crowd, rather we like to make you the reason of the crowd.
Today's Effort For A Better Tomorrow
The European Drone Forum is a conference focused on the safe and commercial operation of drones. It will have over 30 speakers from business and government discussing topics like beyond visual line of sight operations, urban airspace integration, and sensor technologies for drone detection. The event aims to address challenges and strategies for enabling unmanned aviation under the upcoming European regulations. It will include over 200 participants from 17 countries both in-person and online.
Marina Kuznechevskaya, International Aviation Expert and Member of Advisory board of IATA Cargo and Passenger committees is Guest Speaker for CILT international webinar on Wednesday 15th July 2020.
With the world’s attention focused on London, the UK Government wanted assurance that rigorous security arrangements were in place for UK airspace. NATS also had to be prepared for potentially disruptive summer weather, such as thunderstorms.
This was a unique challenge, and one that NATS rose to with characteristic calmness and professionalism. NATS had to be prepared for every eventuality, working with a wide range of stakeholders, on a job of the highest visibility. As a tribute to the way NATS managed the project, it has already been asked to share its experience with the organisers of the Rio Olympics in 2016.
The COVID-19 virus has spread worldwide without acknowledging borders. It has impacted all industries, all sectors and all aspects of our lives with devastating economic and financial losses and significant uncertainties.
Development of lcc in poland after eu accession[1]kennethpkennedy
This document provides an overview of the development of air transport law in the European Union following the liberalization process. It discusses the three "Packages" of EU legislation from 1987-1992 that opened up the air transport market by deregulating fares, market entry, and removing barriers. The Packages established common air transport rules across member states and increased competition by allowing alliances and codesharing between carriers. This created benefits for consumers but also required new regulations on safety, technical standards, and slots to manage increased traffic at airports.
This document discusses principles of airport and airline terminal management. It covers terminal planning, design, and operation. Terminal planning must consider functional needs like security, baggage handling, and passenger flow, as well as future flexibility. Common terminal designs include pier, satellite, and semicircular layouts. Terminal operation encompasses customer service, security screening, and ensuring smooth passenger processing.
SMi Group's Military Robotics and Autonomous Systems 2020 Dale Butler
This document provides information about the 3rd Annual Military Robotics and Autonomous Systems conference taking place on April 1-2, 2020 in London. It outlines the key topics to be discussed including UK and international perspectives on robotic and autonomous systems programs and strategies. Speakers will address topics such as unmanned ground vehicle development, autonomy for military robotic systems, and manned-unmanned teaming. The conference will explore delivering quality robotic systems to enhance operational effectiveness and discuss technology demonstrations.
The document provides an overview of the global air cargo market, including:
1) It describes the three major segments of the air cargo industry - air freight, express, and mail - and notes that the top 30 airlines transport 75% of the world's air freight.
2) It shows that the busiest air freight airports are concentrated in Asia, North America, and Europe, with the top three being Hong Kong, Memphis, and Frankfurt.
3) It outlines projections that world air cargo traffic will triple over the next 20 years and the freighter fleet is expected to double, led by large freighters.
There are four main types of air cargo carriers that provide different services: 1) Integrated express operators like FedEx, UPS, and DHL that offer door-to-door delivery using aircraft and trucks; 2) All-cargo carriers like Atlas Air Cargo that operate scheduled flights between major airports; 3) Commercial passenger airlines like Delta and Lufthansa that carry cargo in the bellies of passenger planes; 4) Ad-hoc charter carriers like Grand Aire that provide unscheduled airport-to-airport cargo flights. These carriers offer three primary service types: integrated express service, freight forwarding, and airport-to-airport service.
The document discusses the sustainability of air transportation. It defines sustainability and air transport. It then discusses the three pillars of sustainability as it relates to air transport - economy, society, and environment. It outlines some of the typical problems and challenges facing air transport sustainability, including climate change, fuel consumption, noise, and safety. It then discusses some of the initiatives by governments and world bodies to promote sustainable aviation, such as improving fuel efficiency, developing more efficient aircraft technology and sustainable alternative fuels, as well as focusing on social development, environmental efficiency, and economic growth.
The document summarizes opportunities in the aerospace industry in Switzerland. Despite its small size, Switzerland has a large aerospace sector comprising 500 companies that employ 160,000 people and contribute 6% to GDP. Major players include Pilatus Aircraft and RUAG. Opportunities exist in aircraft manufacturing, maintenance, repair and overhaul. Business is conducted directly rather than through agents. Quality and technical criteria are more important than price. Understanding the languages and culture is important for success in the Swiss market.
Visiongain report: Top 100 border security companies to watch in 2019Visiongain
The report covers: Competitive Landscape Analysis of Leading Suppliers of Biometrics, ICT, Manned & Unmanned Vehicles, Physical Infrastructure and Perimeter Surveillance & Detection Systems
Modern technology used in airport security Jetline Marvel
Modern technology is increasingly used in airport security. This includes CT scanners to search bags for liquids or dangerous goods, facial recognition for streamlined boarding, and behavioral profiling to detect suspicious travelers. Airports are also using self-service automation through technologies like smart gates, artificial intelligence for traffic prediction, and blockchain for loyalty programs. Improved cybersecurity, onboard WiFi, robotic assistants, and smart ground transportation solutions further enhance the airport experience for passengers.
TAV Airports Holding presented its operational and financial highlights for April 2013. Key points include:
- Passenger traffic and revenues grew strongly in 2012, with consolidated EBITDA up 29% and net profit up over 100%.
- Guidance for 2013 forecasts continued growth in passengers, revenues, EBITDA, and capital expenditures.
- Aéroports de Paris acquired a 38% stake in TAV Airports Holding to create a large global airport network spanning Europe, Asia, Africa, and the Middle East.
- Traffic continued to grow strongly in the first quarter of 2013 across TAV's airports in Turkey, Georgia, Tunisia, and Macedonia.
International regulatory framework for remotely piloted aircraft systems icao...JORGE REYES
The document discusses the International Civil Aviation Organization's (ICAO) role in developing international regulations for remotely piloted aircraft systems (RPAS). ICAO works to harmonize regulations across countries through annexes, standards and recommended practices (SARPs), and guidance material. The UAS Study Group was formed to coordinate developing SARPs for safely integrating RPAS. Key areas being addressed include terminology, certification of aircraft and operators, licensing of remote pilots, and technical requirements like detect and avoid. The goal is to integrate RPAS operations and enable international operations like any other aircraft.
Finmeccanica won orders for approximately EUR 320 millionLeonardo
Finmeccanica has won orders for a combined value of approximately EUR 320 million through its companies AgustaWestland, DRS Technologies, SELEX Sistemi Integrati, SELEX Galileo, Ansaldo STS and SELEX Communications.
The document provides operational and financial highlights for TAV Airports Holding for November 2012 and the period of January-November 2012. Some key points:
- Passenger traffic increased 41% in November 2012 and 36% for January-November 2012 for TAV airports overall. International passengers rose 36% and 28% respectively.
- Aircraft traffic movements (ATM) increased 15% in November 2012 and 16% for January-November 2012 for Istanbul Ataturk Airport, while TAV airports overall saw a 41% and 36% rise respectively.
- Aéroports de Paris acquired a 38% stake in TAV Airports Holding in December 2012 for a total consideration of USD 874 million.
Air Cargo Panel Istanbul 2015 TURTRANS 173Alper AKBAS
The presentation made during the air cargo panel, which was conducted in the scope of COMCEC funded project. For more info do not hesitate to contact me.
Farnborough International Airshow 2018 case study❈Derek Robinson
Security UAV (drone) integration into the security plan for FIA18. A brief insight into how we operated and the benefits that it provided to the multi-agency control room.
Textron Inc. at Citi 2014 Industrials Conference PresentationTextronCorp
- Textron provides an overview of its business segments which generated $12.1 billion in revenue in 2013. Its key segments include Bell, Cessna Aircraft, and Textron Systems.
- It discusses new product investments across its segments to drive growth, including the Citation Latitude jet, Scorpion aircraft, and Bell 525 helicopter.
- Textron highlights its focus on international expansion, acquisitions, and commitment to new product development to support its future growth.
Public Private Partnership In Indian AirportsJetline Marvel
Name : JANVI. D
REG NO:G1811015
TOPIC:Public Private Partnership In Indian Airports.
SUBJECT:Priciples Of Airline And Airport Management.
INSTITUTE: Agragami Institute Of Management
TAV Airports Holding Management Presentation February 2014 Tav Airports
TAV Airports Holding provides the following key points in their management presentation:
1) Turkey has experienced strong passenger growth of 14% annually between 2002-2013 and is projected to continue growing 11% annually through 2023, presenting attractive market opportunities.
2) TAV has a diversified portfolio as the #1 airport operator in Turkey with investments in 13 airports across multiple countries, giving it large catchment areas.
3) TAV has a vertically integrated business model and a track record of delivering double-digit passenger growth, EBITDA growth of 45% annually between 2006-2013, and high returns through operating leverage.
Alfredo Roma - addressing liabilities with rpasALIAS Network
The document discusses the European Commission's strategy and roadmap for integrating remotely piloted aircraft systems (RPAS), or drones, into the European aviation system by 2016 in a safe and sustainable manner. It outlines the regulatory work plan, research and development needs, and efforts to address societal and ethical concerns like privacy. Studies have examined liability issues and insurance requirements for drones. The roadmap's annexes provide details on regulations, technology, and societal impacts, aiming to favor harmonization of rules across the EU to help the integration of drones.
Alenia Aermacchi in the Single European Sky ATM ResearchLeonardo
The document discusses Alenia Aermacchi's involvement in the Single European Sky ATM Research (SESAR) program. SESAR aims to modernize European airspace by increasing capacity and safety while reducing costs and environmental impact. Alenia Aermacchi is participating in projects to integrate SESAR solutions onto regional and military aircraft, including airborne 4D trajectory management and airborne separation assistance. The company is also working on interoperability between civil and military data links and accommodating military datalinks in the ATM network. Future work may focus on regulations and technologies to allow unmanned aircraft to operate in non-segregated airspace as part of SESAR extensions.
European Wake Turbulence Categorisation and Separation Minima on Approach and Departure
This document presents the European wake turbulence categories and separation minima on approach and departure, “RECAT-EU”, available for operational deployment.
The demand is high for airport capacity and efficiency at some European airports, and in particular for increased runway throughput.
During recent years, knowledge about wake vortex behaviour in the operational environment has increased thanks to measured data and improved understanding of physical processes. It is mainly for this reason that it was possible to revise wake turbulence categorisation and corresponding separation minima.
The European Organisation for the Safety of Air Navigation (EUROCONTROL), in consultation with its Stakeholders, has developed a re-categorisation of ICAO wake turbulence longitudinal separation minima on approach and departure, called “RECAT-EU”.
The RECAT-EU scheme is based on a set of principles, comparing the wake generation and wake resistance between aircraft types, and splitting ICAO HEAVY and MEDIUM categories into ‘Upper’
(‘Larger’) and ‘Lower’ (‘Smaller’). This split has been based on aircraft type characteristics.
This allows reduction of separation minima for some traffic pairs of aircraft, enabling runway throughput increase, whilst maintaining acceptable levels of safety.
This document discusses principles of airport and airline terminal management. It covers terminal planning, design, and operation. Terminal planning must consider functional needs like security, baggage handling, and passenger flow, as well as future flexibility. Common terminal designs include pier, satellite, and semicircular layouts. Terminal operation encompasses customer service, security screening, and ensuring smooth passenger processing.
SMi Group's Military Robotics and Autonomous Systems 2020 Dale Butler
This document provides information about the 3rd Annual Military Robotics and Autonomous Systems conference taking place on April 1-2, 2020 in London. It outlines the key topics to be discussed including UK and international perspectives on robotic and autonomous systems programs and strategies. Speakers will address topics such as unmanned ground vehicle development, autonomy for military robotic systems, and manned-unmanned teaming. The conference will explore delivering quality robotic systems to enhance operational effectiveness and discuss technology demonstrations.
The document provides an overview of the global air cargo market, including:
1) It describes the three major segments of the air cargo industry - air freight, express, and mail - and notes that the top 30 airlines transport 75% of the world's air freight.
2) It shows that the busiest air freight airports are concentrated in Asia, North America, and Europe, with the top three being Hong Kong, Memphis, and Frankfurt.
3) It outlines projections that world air cargo traffic will triple over the next 20 years and the freighter fleet is expected to double, led by large freighters.
There are four main types of air cargo carriers that provide different services: 1) Integrated express operators like FedEx, UPS, and DHL that offer door-to-door delivery using aircraft and trucks; 2) All-cargo carriers like Atlas Air Cargo that operate scheduled flights between major airports; 3) Commercial passenger airlines like Delta and Lufthansa that carry cargo in the bellies of passenger planes; 4) Ad-hoc charter carriers like Grand Aire that provide unscheduled airport-to-airport cargo flights. These carriers offer three primary service types: integrated express service, freight forwarding, and airport-to-airport service.
The document discusses the sustainability of air transportation. It defines sustainability and air transport. It then discusses the three pillars of sustainability as it relates to air transport - economy, society, and environment. It outlines some of the typical problems and challenges facing air transport sustainability, including climate change, fuel consumption, noise, and safety. It then discusses some of the initiatives by governments and world bodies to promote sustainable aviation, such as improving fuel efficiency, developing more efficient aircraft technology and sustainable alternative fuels, as well as focusing on social development, environmental efficiency, and economic growth.
The document summarizes opportunities in the aerospace industry in Switzerland. Despite its small size, Switzerland has a large aerospace sector comprising 500 companies that employ 160,000 people and contribute 6% to GDP. Major players include Pilatus Aircraft and RUAG. Opportunities exist in aircraft manufacturing, maintenance, repair and overhaul. Business is conducted directly rather than through agents. Quality and technical criteria are more important than price. Understanding the languages and culture is important for success in the Swiss market.
Visiongain report: Top 100 border security companies to watch in 2019Visiongain
The report covers: Competitive Landscape Analysis of Leading Suppliers of Biometrics, ICT, Manned & Unmanned Vehicles, Physical Infrastructure and Perimeter Surveillance & Detection Systems
Modern technology used in airport security Jetline Marvel
Modern technology is increasingly used in airport security. This includes CT scanners to search bags for liquids or dangerous goods, facial recognition for streamlined boarding, and behavioral profiling to detect suspicious travelers. Airports are also using self-service automation through technologies like smart gates, artificial intelligence for traffic prediction, and blockchain for loyalty programs. Improved cybersecurity, onboard WiFi, robotic assistants, and smart ground transportation solutions further enhance the airport experience for passengers.
TAV Airports Holding presented its operational and financial highlights for April 2013. Key points include:
- Passenger traffic and revenues grew strongly in 2012, with consolidated EBITDA up 29% and net profit up over 100%.
- Guidance for 2013 forecasts continued growth in passengers, revenues, EBITDA, and capital expenditures.
- Aéroports de Paris acquired a 38% stake in TAV Airports Holding to create a large global airport network spanning Europe, Asia, Africa, and the Middle East.
- Traffic continued to grow strongly in the first quarter of 2013 across TAV's airports in Turkey, Georgia, Tunisia, and Macedonia.
International regulatory framework for remotely piloted aircraft systems icao...JORGE REYES
The document discusses the International Civil Aviation Organization's (ICAO) role in developing international regulations for remotely piloted aircraft systems (RPAS). ICAO works to harmonize regulations across countries through annexes, standards and recommended practices (SARPs), and guidance material. The UAS Study Group was formed to coordinate developing SARPs for safely integrating RPAS. Key areas being addressed include terminology, certification of aircraft and operators, licensing of remote pilots, and technical requirements like detect and avoid. The goal is to integrate RPAS operations and enable international operations like any other aircraft.
Finmeccanica won orders for approximately EUR 320 millionLeonardo
Finmeccanica has won orders for a combined value of approximately EUR 320 million through its companies AgustaWestland, DRS Technologies, SELEX Sistemi Integrati, SELEX Galileo, Ansaldo STS and SELEX Communications.
The document provides operational and financial highlights for TAV Airports Holding for November 2012 and the period of January-November 2012. Some key points:
- Passenger traffic increased 41% in November 2012 and 36% for January-November 2012 for TAV airports overall. International passengers rose 36% and 28% respectively.
- Aircraft traffic movements (ATM) increased 15% in November 2012 and 16% for January-November 2012 for Istanbul Ataturk Airport, while TAV airports overall saw a 41% and 36% rise respectively.
- Aéroports de Paris acquired a 38% stake in TAV Airports Holding in December 2012 for a total consideration of USD 874 million.
Air Cargo Panel Istanbul 2015 TURTRANS 173Alper AKBAS
The presentation made during the air cargo panel, which was conducted in the scope of COMCEC funded project. For more info do not hesitate to contact me.
Farnborough International Airshow 2018 case study❈Derek Robinson
Security UAV (drone) integration into the security plan for FIA18. A brief insight into how we operated and the benefits that it provided to the multi-agency control room.
Textron Inc. at Citi 2014 Industrials Conference PresentationTextronCorp
- Textron provides an overview of its business segments which generated $12.1 billion in revenue in 2013. Its key segments include Bell, Cessna Aircraft, and Textron Systems.
- It discusses new product investments across its segments to drive growth, including the Citation Latitude jet, Scorpion aircraft, and Bell 525 helicopter.
- Textron highlights its focus on international expansion, acquisitions, and commitment to new product development to support its future growth.
Public Private Partnership In Indian AirportsJetline Marvel
Name : JANVI. D
REG NO:G1811015
TOPIC:Public Private Partnership In Indian Airports.
SUBJECT:Priciples Of Airline And Airport Management.
INSTITUTE: Agragami Institute Of Management
TAV Airports Holding Management Presentation February 2014 Tav Airports
TAV Airports Holding provides the following key points in their management presentation:
1) Turkey has experienced strong passenger growth of 14% annually between 2002-2013 and is projected to continue growing 11% annually through 2023, presenting attractive market opportunities.
2) TAV has a diversified portfolio as the #1 airport operator in Turkey with investments in 13 airports across multiple countries, giving it large catchment areas.
3) TAV has a vertically integrated business model and a track record of delivering double-digit passenger growth, EBITDA growth of 45% annually between 2006-2013, and high returns through operating leverage.
Alfredo Roma - addressing liabilities with rpasALIAS Network
The document discusses the European Commission's strategy and roadmap for integrating remotely piloted aircraft systems (RPAS), or drones, into the European aviation system by 2016 in a safe and sustainable manner. It outlines the regulatory work plan, research and development needs, and efforts to address societal and ethical concerns like privacy. Studies have examined liability issues and insurance requirements for drones. The roadmap's annexes provide details on regulations, technology, and societal impacts, aiming to favor harmonization of rules across the EU to help the integration of drones.
Alenia Aermacchi in the Single European Sky ATM ResearchLeonardo
The document discusses Alenia Aermacchi's involvement in the Single European Sky ATM Research (SESAR) program. SESAR aims to modernize European airspace by increasing capacity and safety while reducing costs and environmental impact. Alenia Aermacchi is participating in projects to integrate SESAR solutions onto regional and military aircraft, including airborne 4D trajectory management and airborne separation assistance. The company is also working on interoperability between civil and military data links and accommodating military datalinks in the ATM network. Future work may focus on regulations and technologies to allow unmanned aircraft to operate in non-segregated airspace as part of SESAR extensions.
European Wake Turbulence Categorisation and Separation Minima on Approach and Departure
This document presents the European wake turbulence categories and separation minima on approach and departure, “RECAT-EU”, available for operational deployment.
The demand is high for airport capacity and efficiency at some European airports, and in particular for increased runway throughput.
During recent years, knowledge about wake vortex behaviour in the operational environment has increased thanks to measured data and improved understanding of physical processes. It is mainly for this reason that it was possible to revise wake turbulence categorisation and corresponding separation minima.
The European Organisation for the Safety of Air Navigation (EUROCONTROL), in consultation with its Stakeholders, has developed a re-categorisation of ICAO wake turbulence longitudinal separation minima on approach and departure, called “RECAT-EU”.
The RECAT-EU scheme is based on a set of principles, comparing the wake generation and wake resistance between aircraft types, and splitting ICAO HEAVY and MEDIUM categories into ‘Upper’
(‘Larger’) and ‘Lower’ (‘Smaller’). This split has been based on aircraft type characteristics.
This allows reduction of separation minima for some traffic pairs of aircraft, enabling runway throughput increase, whilst maintaining acceptable levels of safety.
2013-09-13_LCGGS_CUSST_Leuven_EASA_Paper_Marciacq et al_finalJean-Bruno Marciacq
This document discusses establishing a regulatory framework in the EU for sub-orbital and orbital aircraft (SOA) development and operations, with a focus on the role of the European Aviation Safety Agency (EASA). It provides background on SOA projects in Europe and the US. EASA's remit includes regulating aviation safety, and SOA could in principle fall under this. The document reviews relevant international law and outlines options for developing regulations to allow safe and environmentally controlled SOA operations in Europe.
BRIDGING THE GAP BETWEEN UNMANNED SYSTEMS AND EUROPEAN INDUSTRY
WHAT THE EUROPEAN DRONE SUMMIT HAS TO OFFER:
Eminent speakers from politics and public administration
Eminent speakers from the UAS industry
Case studies and a chance to share knowledge
Interactive topical debates
Discussions about future applications of UAS in various sectors
Information and discussions about the legislative framework for deploying drones in Europe
Focus on benefits and market opportunities opened up by UAS
Unique match-making event for top decision-makers
Vision of the drone market’s future in Europe
Information and discussions about safety and uniform international regulations for the interface between innovation and business models
Case studies where commercial drones are key to digitalising economy and society
Specialist workshops on logistics, inspection, drone defence and safety
Summit on the eve of Europe’s largest commercial drone trade fair – INTERAERIAL SOLUTIONS as part of INTERGEO
Detailed program of EUROPEAN DRONE SUMMIT 2019
The EUROPEAN DRONE SUMMIT is an international conference for the European drone industry to explore strategies for the efficient use of UAS. Key figures from the fields of politics, law-making, research, industry and business come together to discuss the way forward for achieving acceptance and devising solutions for the safe and effective commercial use of unmanned aircraft in Europe.
The EUROPEAN DRONE SUMMIT is the European platform for discussing the current needs of the UAS industry, both for newcomers with an interest in the industry as well as long-time experts. Meetings on special topics cover business models and strategies as well as use cases, whereby the highlights will be
- Safety and security using UAS as well as counter drone systems
- Integrating UAS into airspace
- Vertical mobility using UAS in urban environments
- Services backed up by UAS – rescue and emergency response services
Our top speakers will present different opportunities to connect existing business concepts with boosting new technologies.
The EUROPEAN DRONE SUMMIT is the place to learn how to implement best the advantages of UAS in your business and avoid common mistakes. Start a dialogue with an eminent network of distinguished drone experts.
HMC industry report_drone_technology_160321[1]Robert Cheek
The document discusses the growing drone industry ecosystem. It outlines the various stakeholders in the drone industry value chain, including manufacturers, technology suppliers, component suppliers, operators, and training centers. It then discusses trends in the industry such as rising commercial use, emerging competitors, and the development of drone insurance. Key challenges discussed include regulations and traffic management.
The global drone market is shifting from defense to commercial use and is expected to grow substantially in the next five years. Facebook and Amazon are developing drone technologies for internet access and delivery services. The drone industry ecosystem includes manufacturers, technology suppliers, component suppliers, operators, and training centers. Key challenges to the industry's growth include the lack of regulations around drone use and ensuring safe traffic management as drone use increases.
Hmc industry report_drone_technology_160321[1]Robert Cheek
The document discusses the growing drone industry ecosystem. It outlines the various stakeholders in the drone industry value chain, including manufacturers, technology suppliers, component suppliers, operators, and training centers. It then discusses trends in the industry such as rising commercial use, emerging competitors, and the development of drone insurance. Key challenges discussed include regulations and traffic management.
Katerina Strelcova, European GNSS Agency
Presented on 15th April 2015, at the session "EGNOS - the European Satnav Solution for Pilots" (2015 AERO Friedrichshafen, Germany).
The document is a final report submitted by Gaurab Dutta on his summer training at Lokpriya Gopinath Bordoloi International Airport in Guwahati. It provides an overview of Airports Authority of India (AAI) and focuses on communication, navigation and surveillance (CNS).
AAI manages over 125 airports in India and provides air navigation services across 2.8 million square nautical miles. The report describes AAI's infrastructure and regions. It also discusses CNS functions including air traffic control, communication systems like VHF and HF, navigation aids, and surveillance equipment. The training provided insights into airport operations and security as well as CNS equipment like radar.
This document provides guidelines for contingency planning of air navigation services to help states and air navigation service providers fulfill their obligations to have contingency plans in place. The plans need to satisfy local requirements as well as serve wider regional and pan-European air traffic service provision. The guidelines are intended to assist with constructing plans that allow continued safety, capacity, efficiency, security and environmental sustainability in the event of disrupted normal operations.
GIFAS is the French Aerospace Industries Association that represents over 350 member companies in the civil, defense, and security aerospace industries in France. It works to defend the interests of the industry and its members, promote the industry in France and abroad, and represent the industry on French and international bodies. In 2013, GIFAS members had a total turnover of $53.9 billion, with $27 billion coming from export revenues. Major prime contractors include Airbus Group, Safran, Thales, and Dassault. GIFAS members employ over 177,000 people in France and over 300,000 including subcontractors. GIFAS is also the organizer of the Paris Air Show, the world's premier aer
AUVSI 2013: Sense & Avoid: A Piece of the PuzzleLaura Samsó, MSc
1. The document discusses the challenges of integrating remotely piloted aircraft (RPA) into non-segregated airspaces, including sense and avoid (S&A) technologies and regulations.
2. It notes a need for S&A systems to be affordable and reliable, with safety levels equivalent to human pilots, while regulatory bodies work towards harmonized frameworks.
3. The integration of RPA will pose challenges to current air traffic management systems, which programs like SESAR and NextGen are seeking to address through concepts like 4D trajectory management and detect and avoid technologies.
The document is a European Action Plan for the Prevention of Runway Incursions. It contains 8 sections that provide recommendations to reduce runway incursions. The recommendations are directed at aerodrome operators, air navigation service providers, aircraft operators, and national aviation authorities. They address issues like communications procedures, signage and markings, training, and safety management systems. The goal is to implement the recommendations by certain completion dates to improve runway safety through consistent application of ICAO standards and increased situational awareness.
IRJET- A Review on Unmanned Aerial Vehicles/Drones Used in Various ApplicationsIRJET Journal
The document provides a review of various types of drones and their applications. It begins with an overview of drones, or unmanned aerial vehicles (UAVs), including their basic components and forces acting upon them. The document then classifies drones based on their applications, such as for weaponry/military use, agriculture, film/photography, and commercial/industrial purposes. Weaponry drones are discussed as some of the earliest types of drones developed for reconnaissance and attacks. The document provides examples of early military drones and more recent ones like the Predator C Avenger. In summary, the document reviews and categorizes different types of drones based on their functions and end uses.
This presentation provides an overview of the role of air traffic management in Europe, the challenges of future growth, and the Single European Sky initiative. It discusses how the SESAR program is developing new air traffic management technologies and procedures through a public-private partnership to enable more efficient airspace usage and meet rising demand while improving safety and environmental performance. The presentation outlines SESAR's goals and organization, as well as its progress in developing and validating new concepts of operations through research projects across Europe.
LAUNCHING UAM SERVICES IN A LARGE CITY: THE ROME EXPERIENCEiQHub
Urban aircraft are seen as a solution to growing traffic congestion issues. UrbanV is a company established to operate vertiport networks globally to enable aerial mobility. UrbanV plans to launch commercial operations in Rome by the end of 2024, being one of the first cities worldwide. They are developing vertiport networks in Rome, Venice, French Riviera, and Bologna. UrbanV has already built a test vertiport in Rome where they conduct tests with industry partners.
Overview of Design and Integration of Unmanned Aerial Vehicle Aircraft for Su...IRJET Journal
This document provides an overview of designing and integrating unmanned aerial vehicles for surveillance applications in defense. It discusses how UAVs are classified as either fixed-wing or rotary-wing aircraft. Fixed-wing UAVs have better endurance and are suited for wide-area surveillance, while rotary-wing UAVs have high maneuverability and hovering abilities. The document also outlines the key components of a typical UAV system, including the transmitter (aircraft), receiver (ground control station), and data processing software. It provides details on components like the power supply, autopilot, electronic speed controller, brushless motors, and propellers that make up the transmitter portion of the UAV.
The document summarizes a workshop on Search and Rescue (SAR) applications using European GNSS systems like Galileo and EGNOS. It discusses the HELIOS program which aims to develop second generation beacon devices compatible with MEOSAR to improve flight tracking and rescue people at sea. The objectives are to define new beacon products meeting regulations, validate the end-to-end system, and certify approved designs for commercialization to help save more lives.
Galileo Search & Rescue workshop_European Space Solutions 2016_HELIOS - Alain...
European Parliament RPAS Report
1. RR1073796EN.doc PE554997v02-00
EN United in diversity EN
European Parliament
2014 - 2019
Plenary sitting
A8-0261/2015
25.9.2015
REPORT
on safe use of remotely piloted aircraft systems (RPAS), commonly known as
unmanned aerial vehicles (UAVs), in the field of civil aviation
(2014/2243(INI))
Committee on Transport and Tourism
Rapporteur: Jacqueline Foster
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EN
PR_INI
CONTENTS
Page
MOTION FOR A EUROPEAN PARLIAMENT RESOLUTION............................................ 3
EXPLANATORY STATEMENT............................................................................................ 12
OPINION OF THE COMMITTEE ON CIVIL LIBERTIES, JUSTICE AND HOME
AFFAIRS ................................................................................................................................. 16
RESULT OF FINAL VOTE IN COMMITTEE ...................................................................... 21
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MOTION FOR A EUROPEAN PARLIAMENT RESOLUTION
on safe use of remotely piloted aircraft systems (RPAS), commonly known as unmanned
aerial vehicles (UAVs), in the field of civil aviation
(2014/2243(INI))
The European Parliament,
– having regard to the Commission communication of 8 April 2014 entitled „A new era
for aviation – Opening the aviation market to civil use of RPAS in a safe and
sustainable manner‟ (COM(2014)0207),
– having regard to the Treaty on the Functioning of the European Union, and in particular
Articles 4(2)(g) and 16 and Title VI thereof,
– having regard to the Charter of Fundamental Rights of the European Union, and in
particular Articles 7 and 8 thereof,
– having regard to Directive 95/46/EC of the European Parliament and of the Council of
24 October 1995 on the protection of individuals with regard to the processing of
personal data and on the free movement of such data,
– having regard to the opinion of the European Data Protection Supervisor on the
Commission communication to Parliament and the Council entitled „A new era for
aviation – Opening the aviation market to the civil use of remotely piloted aircraft
systems in a safe and sustainable manner‟,
– having regard to the final report of the European RPAS Steering Group entitled
„Roadmap for the integration of civil Remotely-Piloted Aircraft Systems into the
European Aviation System‟,
– having regard to the Riga Declaration on remotely piloted aircraft (drones) entitled
„Framing the future of aviation‟,
– having regard to the report of the House of Lords entitled „Civilian Use of Drones in the
EU‟,
– having regard to the European Aviation Safety Agency (EASA) proposal entitled
„Concept of Operations for Drones – A risk based approach to regulation of unmanned
aircraft‟
– having regard to the Chicago Convention of 7 December 1944,
– having regard to Rule 52 of its Rules of Procedure,
– having regard to the report of the Committee on Transport and Tourism and the opinion
of the Committee on Civil Liberties, Justice and Home Affairs (A8-0261/2015),
A. whereas small, radio-controlled model aircraft have been flown by enthusiasts for many
decades; whereas during the last 15 years, there has been rapid growth in the use of
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RPAS, more commonly known as UAVs or drones; whereas in particular small RPAS,
designed for both hobbyist and recreational purposes have become increasingly popular;
B. whereas technology developed primarily for military purposes is now being applied
commercially, pushing legislative boundaries; whereas today RPAS used in a
professional context also provide significant benefits for different civil uses, the added
value of which increases with the distance between the aircraft and the remote pilot
(BVLOS (beyond-visual-line-of-sight) operations); whereas RPAS applications, which
are highly varied and could extend to still more fields in the future, can be used, for
example, for safety inspections and monitoring of infrastructure (rail tracks, dams, and
power facilities), assessing natural disasters, (environmentally responsible) precision
farming operations and media production, airborne thermography, or parcel delivery in
isolated regions; whereas the rapid development of new applications can be foreseen in
the near future, which illustrates the innovative and dynamic nature of the RPAS
industry;
C. whereas RPAS technology can replace direct human intervention in dangerous
environments;
D. whereas there are two types of RPAS applications, namely professional RPAS
applications and recreational RPAS applications; whereas these two categories, which
are intrinsically different from each other, should be governed by different requirements
within the same EU regulatory framework;
E. whereas current EU legislation stipulates that the European Aviation Safety Agency
(EASA) is, in principle, the certifying authority for RPAS with a maximum take-off
mass of more than 150 kg; whereas RPAS of 150kg or less fall under the jurisdiction of
the Member State;
F. whereas RPAS regulations exist or are being developed in Austria, Croatia, Czech
Republic, Denmark, France1
, Germany, Italy, Ireland, Poland, Spain and the UK2
;
whereas approved flying schools in Denmark, the UK and the Netherlands, and more
than 500 licenced RPAS pilots in the Netherlands and the UK are already operational;
G. whereas all RPAS rules in place in Europe are tailored to assessing the safety risk of the
operation; whereas such RPAS rules are „operator centric‟ and do not take the „aircraft
centric‟ approach used in manned aviation; whereas the risk depends not only on the
type of machine and its characteristics (weight, speed, etc.), but also on additional
factors, such as the area overflown, the altitude, the expertise of the operator and the
particular type of operation and the ability of the operator to deal with unforeseen
circumstances;
H. whereas the potential for economic growth in this industry, from the manufacturer to the
end user is immense, for both large businesses and the supply chain composed of
thousands of SMEs alike as well as innovative start-ups; whereas it is imperative to
maintain world class standards of manufacturing and standards of operations while
promoting European leadership;
1
http://www.developpement-durable.gouv.fr/Quelle-place-pour-les-drones-dans.html
2
http://www.caa.co.uk/default.aspx?catid=1995&pageid=16012
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I. whereas in recognition of the rapid development of this market, RPAS are rightly being
incorporated into existing aviation programmes, such as the Single European Sky Air
Traffic Management Research (SESAR) Joint Undertaking and Horizon 2020; whereas
industry has already invested significant financial resources and would be encouraged to
redouble its investment effort if SMEs, which make up its largest part, were able to
obtain financing more easily; whereas additional funding for further research and
development will be crucial to supporting this new industry and the safe and secure
integration of RPAS into airspace;
J. whereas even at this early stage, the Member States, industry and the Commission have
all recognised the potential of this market and are keen to stress that any policy
framework must enable the European industry to grow in order to compete globally;
K. whereas this nascent market offers significant opportunities for investment, innovation
and job creation across the supply chain, and to the benefit of society, while recognising
at the same time that the public interest must be safeguarded, including in particular
issues related to privacy, data protection, accountability and civil liability;
L. whereas, notwithstanding the economic potential of RPAS, its development will be one
of the most important future challenges as regards aviation industry safety and the
safety and security of people and companies;
M. whereas the EU should, as quickly as possible, produce a legislative framework purely
for civil use of RPAS;
N. whereas the European legislative framework must, on the one hand, allow industry to go
on innovating and to develop under optimum conditions and, secondly, give the public
an assurance that life and property, as well as personal data and privacy, will be
effectively protected;
The international dimension
1. Notes that the US is seen by many as the leading market for the use of RPAS, albeit for
military operations; stresses however that Europe is the leader in the civilian sector with
2 500 operators (400 in the UK, 300 in Germany, 1 500 in France, 250 in Sweden, etc.)
compared to 2 342 operators in the rest of the world, and should do its utmost to boost
its strong competitive position;
2. Notes that Japan has a large number of RPAS operators and two decades of experience,
mostly in RPAS precision-farming operations, such as crop spraying; recalls that it was
the first country to allow RPAS technology to be used in farming activities during the
mid-nineties and the number of operators multiplied within a few years;
3. Notes that Israel has a very active manufacturing industry, but with a direct focus on
military RPAS; underlines the fact that an integrated civil-military air navigation service
now makes it easier to integrate RPAS into Israeli airspace;
4. Notes that Australia, China (where many of the very small RPAS are manufactured) and
South Africa are among the 50 other countries that are currently developing RPAS;
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5. Stresses that the global dimension of RPAS must be acknowledged and calls upon the
Commission to take full account of this;
State of play in EU Member States
6. Stresses that all the Member States have some RPAS activities, either in manufacturing
and/or operationally;
7. Underlines the fact that unless an exemption is granted, operating activities are only
legal if there is national legislation in place; recalls that this is based on the ICAO rule
that all operations performed by unmanned air vehicles must be granted a specific
authorisation1
;
8. Notes that because there are no harmonised rules at EU level, the development of a
European drone market might be impeded, given that national authorisations are
generally not mutually recognised among the Member States;
Key issues
9. Considers that the RPAS sector urgently requires European and global rules in order to
ensure cross-border RPAS development; considers that a clear European legal
framework is needed to ensure investment and development of a competitive European
RPAS sector; underlines the fact that if no action is taken promptly, there is a risk that
the economic potential and positive effects of RPAS will not be fully realised;
10. Recalls the economic importance of this sector, and underlines the need for suitable
policies to protect privacy and ensure data protection, safety and security, which are
proportionate to their aim while not imposing an unnecessary burden on SMEs;
11. Believes that a European framework, if it were clear, effective, reliable, and put in place
without delay, might assist the discussions on global rule making for the use of drones;
12. Considers that future legislation of that kind will need to establish a clear distinction
between professional and recreational use of remotely piloted aircraft;
13. Underlines the fact that safety and security are paramount for any RPAS operations and
rules and that they must be commensurate with the risks; considers that the future
European regulatory framework should be tailored to the specific risks associated with
BVLOS flights without, however, acting as a deterrent to such flights;
14. Underlines the fact that the subject of data protection and privacy is key in order to
promote broad public support for the use of civil RPAS, and is therefore also key in
order to facilitate the growth and the safe integration of RPAS into civil aviation, while
strictly respecting Directive 95/46/EC on data protection, the right to the protection of
private life enshrined in Article 7 of the Charter of Fundamental Rights of the EU
(CFR), the right to the protection of personal data enshrined in Article 8 of the Charter
of Fundamental Rights of the EU and Article 16 of the Treaty on the Functioning of the
European Union (TFEU); calls on the Commission and the Member States to ensure
1
http://www.icao.int/Meetings/UAS/Documents/Circular%20328_en.pdf
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that, in the development of any EU policy on RPAS, privacy and data protection
guarantees are embedded in line with the principles of necessity and proportionality;
calls, in this regard, on the Commission to foster the development of standards on the
concepts of privacy by design and privacy by default;
15. Agrees with and fully supports the five essential principles for future RPAS
development set out in the Riga Declaration:
– RPAS need to be treated as new types of aircraft with proportionate rules based on
the risk of each operation;
– EU rules for the safe provision of RPAS services need to be developed to enable
the industry to invest;
– Technology and standards need to be developed to enable the full integration of
RPAS into European airspace;
– Public acceptance is key to the growth of RPAS services;
– The operator of an RPAS is responsible for its use;
16. Stresses that in the short term, from an ATM perspective, operational procedures are
already in place to allow RPAS to fly outside specific and restricted areas; recalls that
many civil and military RPAS are flown using dedicated corridors by increasing the
standard separation criteria normally used for manned aircraft;
17. Stresses the importance of „out-of-sight‟ flights for the development of the sector;
considers that European legislation should favour this modus operandi;
18. Recognises that the impact of RPAS on manned traffic is limited due to the small ratio
of RPAS to manned aircraft; notes, however, that ATM pressures may increase due to
the welcome growth of sports and recreational RPAS, which may in some
circumstances pose a threat to air traffic safety, and calls for this factor to be taken into
account by the relevant authorities and by future EU rules, in order to ensure a
continued efficient standard of ATM across the Member States;
19. Underlines the fact that in the long term, technical and regulatory solutions should
preferably enable RPAS to use the airspace alongside any other airspace user without
imposing on the latter new equipment requirements; notes that that there are a large
number of small RPAS operating below 500 feet, together with manned aircraft;
stresses that although Air Navigation Service Providers (ANSPs) do not provide Air
Traffic Control (ATC) services at these altitudes, they do have a responsibility to
provide sufficient information for both types of aircraft to coexist in the same airspace;
notes that EUROCONTROL is supporting states in creating a common understanding of
the issues involved and in driving harmonisation as much as possible;
20. Considers the question of identifying drones, of whatever size, to be crucial; underlines
that solutions should be found which take into account the recreational or commercial
use to which drones are put;
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Solutions for the future
21. Believes that a clear, harmonised and proportionate European and global regulatory
framework needs to be developed on a risk-assessed basis, which avoids
disproportionate regulations for businesses that would deter investment and innovation
in the RPAS industry, whilst adequately protecting citizens and creating sustainable and
innovative jobs; considers that thorough risk assessment should be based on the
„concept of operations‟ established by the EASA and should take into account
characteristics of the RPAS (weight, scope of operation, speed) and the nature of their
use (recreational or professional); believes that this framework should be part of a long-
term perspective, taking into account the possible future developments and other aspects
of these technologies;
22. Supports the Commission‟s intention to remove the 150kg threshold and to replace it
with a coherent and comprehensive EU regulatory framework that would allow national
competent authorities, qualified bodies or associations to assume validation and
oversight activities; considers that the proportionality of the rules should be
complemented by the necessary flexibility in processes and procedures;
23. Considers that the development of the EASA‟s competences in the area of RPAS should
be taken into consideration in the Agency‟s budget to ensure that it can carry out the
missions assigned to it;
24. Calls on the Commission to ensure that in the development of any EU policy on RPAS,
privacy and data protection guarantees are embedded by making, as a minimum
requirement, impact assessments and privacy by design and by default compulsory;
25. Is concerned over potential illegal and unsafe uses of RPAS (i.e. RPAS being
transformed from a civilian tool into a weapon used for military or other purposes, or
RPAS being used to jam navigation or communication systems); calls on the
Commission to support the development of the necessary technology to ensure safety,
security and privacy in the operation of RPAS, including through Horizon 2020 funds
directed primarily towards research and development into systems, technologies, etc.
that can be used to enhance privacy by design and default and support the development
of technologies such as „detect and avoid‟, geo-fencing, anti-jamming and anti-
hijacking, as well as privacy by design and by default enabling the safe use of civilian
RPAS;
26. Encourages innovative technologies in the area of RPAS that have an enormous
potential for job creation, in particular green jobs, because this includes professions
from a vast spectrum; encourages the development and exploration of the great potential
of involving SMEs with respect to the services concerned with the production of
specialised parts and materials; highlights the need to organise and promote centres for
qualifications and training;
27. Considers that rules at EU and national level should clearly indicate the provisions
applicable to RPAS in relation to the internal market and international commerce
(production, sale, purchase, trade, and use of RPAS) and the fundamental rights of
privacy and data protection; believes also that these rules should contribute to the
correct enforcement of privacy, data protection and any other law related to the different
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risks and responsibilities associated with flying RPAS, such as criminal, intellectual
property, aviation and environmental law; underlines the need to ensure that any person
operating an RPAS should be made aware of the basic rules applicable to the use of
RPAS, and that those rules should be specified in a notice for purchasers;
28. Considers that the industry, regulators, and commercial operators must come together
to guarantee legal certainty favouring investment and to avoid the „chicken-and-egg‟
problem, whereby industry is reluctant to invest in developing the necessary
technologies without certainty about how they will be regulated, while regulators are
reluctant to develop standards until industry comes forward with technologies for
authorisation; stresses that SMEs should be genuinely linked to this standardisation
process;
29. Considers that a „risk-based approach‟ in line with the Riga Declaration and the concept
of operations as developed by the EASA, is a solid basis for ensuring the safe operation
of RPAS, and that European regulatory requirements will need to be based on either a
case-by-case or a type/class-based approach, whichever is appropriate, and will ensure a
high level of safety and interoperability; considers that in order to ensure the success of
RPAS manufacturers and operators, it is vital that the European Organisation for Civil
Aviation Equipment (EUROCAE) standardisation requirements be validated by the
relevant regulatory body;
30. Considers that future European and global rules on RPAS should address issues
relating to:
– airworthiness;
– certification specifications;
– commercial and recreational use;
– the identity of the drone and the owner/operator;
– the approval of training organisations for pilots;
– training and licensing of pilots;
– operations;
– liability and insurance;
– data protection and privacy;
– „geofencing‟;
– no-fly (exclusion) zones;
31. Invites the Member States to ensure that when training is provided to professional users
and owners of RPAS, it includes specific training on data protection and privacy, and
that professional users of RPAS are subject to mutual recognition by Member States in
order to eliminate any market restrictions;
32. Underlines that RPAS flying beyond visual line of sight (BVLOS) must be equipped
with „detect-and-avoid‟ technology in order to detect aircraft using the same airspace,
ensuring that RPAS do not put at risk the safety of manned aircraft, and in addition, take
into account densely-populated areas, no-fly zones, such as airports, power plants,
nuclear and chemical plants, and other critical infrastructure; urges therefore the
Commission to provide for the necessary research and development budgets through the
SESAR Joint Undertaking;
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33. Calls on the Commission and the bodies and companies concerned to boost their
research and development programmes; considers that, taking into account the expected
economic spin-offs from this sector, the EU should favour the development of European
technologies, for example through Horizon 2020; asks for account also to be taken of
the development of drone detection and capture technologies in research programmes;
34. Recalls that the European GNSS Programme EGNOS augmenting the GPS signal was
certified for civil aviation in 2011 and that Galileo will in the next few years gradually
enter into the exploitation phase; believes in this respect that an advanced system of air
traffic management as well as applications for RPAS based on European GNSS
programmes will positively contribute to the safe operation of RPAS;
35. Notes that RPAS in line with a risk-based approach should be equipped with an ID chip
and registered to ensure traceability, accountability and a proper implementation of civil
liability rules;
36. Supports the concept of operations for drones developed by the EASA which defines
three different categories of RPAS and corresponding rules;
37. Notes that enforcement of RPAS legislation is key to the safe and successful integration
of RPAS in European airspace;
38. Calls on the Commission and the Member States to ensure sufficient means of
enforcement of RPAS legislation;
39. Stresses that the Joint Authorities for Rulemaking on Unmanned Systems (JARUS) is
an international voluntary membership body comprising national civil aviation
authorities from 22 EU and non-EU countries and regulatory agencies/bodies; recalls
that JARUS is chaired by a representative of the EASA, the Agency which will deal
with future RPAS regulation; recalls that JARUS‟s purpose is to develop technical,
safety and operational requirements for the certification and safe integration of large
and small RPAS into the airspace and at aerodromes;
40. Considers that JARUS could ensure that any future EU rules will be coordinated with
international arrangements in other countries, through a process of mutual recognition;
41. Considers that the data protection authorities of the Members States should work
together in order to share data and best practices, and ensure compliance with existing
data protection guidance and regulations, such as Directive 95/46/EC;
42. Underlines the fact that the use of RPAS by law enforcement and intelligence services
must respect the fundamental right to privacy, data protection, freedom of movement
and freedom of expression, and that the potential risks connected to such use of RPAS,
regarding both surveillance of individuals and groups and the monitoring of public
spaces such as borders, need to be addressed;
43. Believes that the data protection authorities of the Member States should share existing
specific data protection guidance for commercial RPAS, and calls on the Member States
to carefully implement data protection legislation in such a way that it fully addresses
the public‟s concerns regarding privacy and does not lead to a disproportionate
administrative burden on RPAS operators;
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44. Strongly recommends that the current discussions between EU and national
policymakers and regulators, industry, SMEs and commercial operations should be
opened up, and that a public debate should be launched with the participation of citizens
and other relevant stakeholders, such as NGOs (including civil rights organisations) and
law enforcement authorities, in order to take note of and address the concerns regarding
the protection of fundamental rights and the responsibilities and challenges facing
different actors in safeguarding these rights and protecting the security of citizens when
RPAS are used;
45. Takes the view that the Parliament must establish its position prior to the Commission‟s
adoption of its aviation package, thereby responding to the industry call for clear
guidance;
46. Underlines the need for a clear legal framework based on relevant criteria regarding the
use of cameras and sensors, especially by commercial and private RPAS, that will
ensure the effective protection of the right to privacy and data protection as well as
safeguarding the security of citizens, taking into account the ever decreasing size of
RPAS components, leading to more portable and undetectable devices;
47. Calls on the TRAN and LIBE committees to arrange a joint hearing with representatives
of industry, national privacy protection organisations, the European Data Protection
Supervisor, the Commission, and NGOs working in the area of fundamental rights;
48. Calls on the Commission to consider a regular reporting mechanism that would take
into account technical developments as well as policy developments and best practice at
national level, and would also address RPAS incidents, and to present an overview and
evaluation of the regulatory approaches at Member State level, so as to allow
comparison and identify best practices.
49. Instructs its President to forward this resolution to the Council and the Commission.
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EXPLANATORY STATEMENT
I. Steps undertaken by your Rapporteur and her position
At the launch of the Communication, Siim Kallas, the then Vice-President of the European
Commission and Commissioner for Mobility and Transport, said: “If ever there was a right
time to do this, it is now” - sentiments which have been echoed by Violeta Bulc, his successor
as Commissioner, who has prioritised the inclusion of RPAS in the Aviation Package, due by
the end of 2015.
Following the publication of the Commission‟s Communication in 2014, your Rapporteur
organised a stakeholders meeting on 27 January 2015 in the European Parliament for
representatives of the Commission, EASA and JARUS, SESAR JU, national regulators
including CAA and DfT (UK), DfT (NL) as well as service providers NATS and
EUROCONTROL, manufacturers BAE Systems, Airbus, Rolls Royce, ASD, and the pilots‟
union BALPA. Crucially, „Europe Air Sports‟, typical of the growing recreational use of
RPAS, were also represented.
It was widely recognised by participants that any regulatory framework must be proportionate
to enable the sector to grow, while avoiding an unnecessary burden for an emerging industry.
In addition, any framework must seek global acknowledgement to stimulate R&D.
In February 2015, during the TRAN delegation to Washington D.C., your Rapporteur met
officials from the Federal Aviation Administration (FAA) in charge of the integration of
“unmanned aircraft systems” (UAS = RPAS). The FAA has just proposed a regulation that
would allow the use of certain small UAS in the US aviation system, while being open for
future technological innovations.
Also in 2014, your Rapporteur met with the European Union Committee of the House of
Lords who were drafting a report on the Civilian Use of Drones in the UK. Moreover, in
March 2015, your Rapporteur addressed the conference on RPAS, organised by the Latvian
Presidency in Riga.
The subsequent Riga Declaration sets out five essential principles for future EU focus:
– RPAS need to be treated as new types of aircraft with proportionate rules based on the
risk of each operation;
– EU rules for the safe provision of RPAS services need to be developed to enable the
industry to invest;
– Technology and standards need to be developed to enable full integration of RPAS
into European airspace;
– Public acceptance is key to the growth of RPAS services;
– The operator of an RPAS shall be responsible for its use;
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In Riga, the European aviation community committed itself to allowing businesses to provide
RPAS services across Europe from 2016.
The European Commission is preparing a proposal to be adopted by the end of 2015. The
Parliament, and in particular our Committee, will play its part and come forward with
constructive answers to the challenges that lie ahead. Finally, the clear message of your
Rapporteur is to adopt an INI report, with your support and participation, which sends a
strong political signal signifying that we are ready, both for this new exciting step forward
and to play our full part in building a 21st century civil aviation sector.
II. Glossary
ATM Air Traffic Management
BALPA British Airline Pilots Association
CAA UK Civil Aviation Authority
DfT (UK) Department for Transport (UK)
DfT (NL) Department for Transport (Netherlands)
EASA European Aviation Safety Agency
EUROCAE European Organisation for Civil Aviation Equipment
FAA Federal Aviation Administration (US)
ICAO International Civil Aviation Organisation
JARUS The Joint Authorities for Rulemaking on Unmanned Systems
RPAS Remotely Piloted Aircraft Systems
SESAR Single European Sky Air Traffic Management Research
UAS Unmanned Aircraft Systems
UAV Unmanned Aerial Vehicle
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III (a). Background information: Outline of the Commission’s Communication of April
2014 - COM(2014)207
The Communication outlines how the Commission proposes to address RPAS operations in a
future European policy framework. It states that any regulation would need to help develop a
commercial RPAS market, while safeguarding public interest.
New standards to regulate the operations of civil RPAS shall be established covering safety,
security, privacy, data protection, insurance and liability. The Commission aims to allow the
European industry to become a global business leader for this emerging technology.
A legislative proposal is to be adopted by the end of 2015. The Commission notes that the
new standards would cover the following areas:
EU wide rules on safety authorisations: EU standards would be based on the principle
that RPAS must provide an equivalent level of safety to „manned‟ aviation operations,
where appropriate. Moreover, EASA (European Aviation Safety Agency) will start
developing EU-wide standards for RPAS;
Safeguarding privacy and data protection: Data collected by RPAS needs to comply
with the applicable data protection rules, and data protection authorities are obliged to
monitor the subsequent collection and processing of personal data; the Commission
would assess how to ensure that data protection rules apply fully to RPAS and propose
changes or specific guidance if needed;
Controls to ensure security: As RPAS could be used unlawfully, EASA would
develop the necessary security requirements, particularly to protect information streams.
It would propose legal obligations for all involved - for example, air traffic management,
the operator, and telecom service providers - which would be enforced by national
authorities;
A clear framework for liability and insurance: The current third-party insurance
regime has been established mostly in terms of manned aircraft, where weight (starting
from 500 kilograms) determines the minimum amount of insurance; the Commission
would assess the need to amend the current rules taking RPAS into account;
Streamlining Research and Development (R&D) and supporting new industry: The
Commission has indicated that they wish to streamline R&D, in particular the fund
managed by SESAR Joint Undertaking, in order to ensure the integration of RPAS into
SESAR as soon as possible. SMEs and start-ups in the sector would get industrial support
to develop technology under the Horizon 2020 and COSME programmes;
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III (b). Example of current authorisation for RPAS in a Member State:
In the UK, the Civil Aviation Authority (CAA) defines „small unmanned aircraft‟ as
being aircraft of 44lb or less. For this category, safety requirements are covered within
Articles 166 and 167 of the UK Air Navigation Order, which state:
1. The operation must not endanger anyone or anything.
2. The aircraft must be kept within the visual line of sight (normally taken to be within
1,640ft horizontally and 400ft vertically) of its remote pilot (i.e. the ‘person in charge’
of it). Operations beyond these distances must be approved by the CAA (the basic
premise being for the operator to prove that he/she can do this safely).
3. Small unmanned aircraft (irrespective of their mass) that are being used for
surveillance purposes are subject to tighter restrictions with regard to the minimum
distances that you can fly near people or properties that are not under your control. If
you wish to fly within these minima, permission is required from the CAA before
operations are commenced.
4. CAA permission is also required for all flights that are being conducted for aerial
work.
5. The „remote pilot‟ has the responsibility for satisfying him/herself that the flight can
be conducted safely.
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3.9.2015
OPINION OF THE COMMITTEE ON CIVIL LIBERTIES, JUSTICE AND HOME
AFFAIRS
for the Committee on Transport and Tourism
on safe use of remotely piloted aircraft systems (RPAS), commonly known as unmanned
aerial vehicles (UAVs), in the field of civil aviation
(2014/2243(INI))
Rapporteur: Soraya Post
SUGGESTIONS
The Committee on Civil Liberties, Justice and Home Affairs calls on the Committee on
Transport and Tourism, as the committee responsible, to incorporate the following
suggestions into its motion for a resolution:
A. whereas Remotely Piloted Aircraft Systems (RPAS) can be used for a range of civil (non-
military) purposes, e.g. relating to critical infrastructure and civil protection, disaster
management and search and rescue, environmental protection, agricultural and industrial
production, law enforcement surveillance, intelligence, journalism, commercial activities
and leisure;
B. whereas notwithstanding their potential and benefits, the use of RPAS poses significant
risks, specifically because RPAS enhance other technologies which may lead to
surveillance and tracking of people and objects; whereas RPAS are by definition a form of
dual-use technology requiring very strict and rigorous rules; whereas specific challenges
are also entailed when RPAS involve the processing of personal data, as this interferes
with fundamental rights, namely the right to privacy and the right to data protection, and
when they involve public security, as they can, intentionally or unintentionally, be used to
cause damage to people and infrastructures;
C. whereas fragmented national legislation on civil use of RPAS would hamper the
development of an EU market in RPAS, impede the establishment of high common
guarantees, and pose serious risks to EU citizens‟ fundamental rights, especially the right
to privacy, the right to data protection, the rights to security and safety, and freedom of
assembly;
D. whereas a clear and complete regulatory framework, addressing the entire RPAS chain
with the aim of guaranteeing safety, security, privacy and data protection, environmental
protection, responsibility and liability, law enforcement action, insurance, identification
and transparency, can guarantee legal certainty and the safe integration of RPAS into the
civil aviation system, and could lead to the EU playing a decisive role in setting
international standards;
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E. whereas greater access to RPAS by consumers will also have enormous societal effects,
leading to deep changes in our commercial and private interactions;
F. whereas a distinction must be made between RPAS used for recreational purposes and
RPAS used for professional purposes; whereas some particularly intrusive technologies
must be prohibited in recreational use; whereas the high-powered technology with which
some RPAS intended for professional use are equipped must comply with the principles of
proportionality and necessity;
G. whereas RPAS and the uses thereof can be particularly intrusive in the area of privacy and
personal data protection; whereas the absence of a direct link between device and user
engenders a sense of exoneration from responsibility for the device‟s operation;
1. Supports the Commission proposal to swiftly modify Regulation (EC) No 216/2008 on
common rules in the field of civil aviation by reconsidering its lack of competence for
regulating RPAS under 150 kg, so as to ensure that the EU can properly regulate the
integration of RPAS into the civil aviation system by addressing the safety, security,
privacy and data protection preconditions for the civil use of RPAS;
2. Reiterates that when personal data are processed by RPAS operated in the EU, whether for
law enforcement purposes or by a natural person in the course of a purely personal or
household activity, the right to the protection of private life enshrined in Article 7 CFR
and the right to the protection of personal data enshrined in Article 8 CFR and Article 16
TFEU apply and the EU legal framework for data protection must be fully complied with;
3. Calls on the Commission to ensure that in the development of any EU policy on RPAS,
privacy and data protection guarantees are embedded by making, as a minimum
requirement, impact assessments and privacy by design and by default compulsory;
4. Recalls the economic importance of this sector, and underlines the need for suitable
policies to protect privacy and ensure data protection, safety and security, which are
proportionate to their aim while not imposing an unnecessary burden on SMEs;
5. Calls on the Commission and the Member States to ensure that, in the development of any
EU policy on RPAS, privacy and data protection guarantees are embedded in line with the
principles of necessity and proportionality, inter alia by making, as a general rule, impact
assessments and privacy by design and by default compulsory for all RPAS used in the
EU, and by developing the necessary guidelines (taking account of the expertise of the
European Data Protection Supervisor and of the national data protection authorities within
the Article 29 Working Party), so as to ensure the coordinated implementation of the
regulatory framework governing RPAS; also calls on the Commission to keep Parliament
fully informed of any action – including impact assessment studies – that it wishes to
implement in the field of RPAS;
6. Underlines the need for a clear legal framework based on relevant criteria regarding the
use of cameras and sensors, especially by commercial and private RPAS, that will ensure
the effective protection of the right to privacy and data protection as well as safeguarding
the security of citizens, taking into account the ever-decreasing size of RPAS components,
leading to more portable and undetectable devices;
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7. Underlines that the use of RPAS by law enforcement and intelligence services must
respect the fundamental rights to privacy, data protection, freedom of movement and
freedom of expression, and that the potential risks connected to such use of RPAS,
regarding both surveillance of individuals and groups and the monitoring of public spaces
such as borders, need to be addressed;
8. Considers that rules at EU and national level should clearly set and indicate the provisions
applicable to RPAS in relation to the internal market and international commerce (their
production, sale and purchase, trade in them and use of them), safety and security (pilot
licences, flight authorisation, identification of owners, traceability of real-time positioning
and monitoring of RPAS and of RPAS flights, including in no-fly zones such as airports
and other critical infrastructure, third-party liability insurance for RPAS operators, and
rules to be followed when operating a drone, e.g. on visual contact), privacy and data
protection, and any other applicable field of law, such as criminal law, intellectual
property law, aviation law or environmental law;
9. Invites Member States to ensure that when training is provided to professional users and
owners of RPAS, it includes specific training on data protection and privacy, and that
professional users of RPAS are subject to mutual recognition by Member States in order
to eliminate any market restrictions;
10. Underlines the need to ensure that any person operating an RPAS should be made aware
of the rules at EU and national level that are applicable to the use of RPAS, including
those concerning privacy and data protection, security and safety, and that those rules
should be specified, for example in a notice or a handbook, to anyone acquiring an RPAS;
11. Is concerned over potential illegal and unsafe uses of RPAS (e.g. RPAS transformed from
a civilian tool into a weapon used for military or other purposes, or RPAS used to jam
navigation or communication systems); calls on the Commission to support the
development of the necessary technology to ensure safety, security and privacy in the
operation of RPAS, including through Horizon 2020 funds directed primarily towards
research and development into systems, technologies, etc that can be used to enhance
privacy by design and default and support the development of technologies such as „detect
and avoid‟, geo-fencing or anti-jamming and anti-hijacking, as well as privacy by design
and by default enabling the safe use of civilian RPAS;12.Strongly recommends that the
current discussions between EU and national policymakers and regulators, industry, SMEs
and commercial operations should be opened up, and that a public debate should be
launched with the participation of citizens and other relevant stakeholders, such as NGOs
(including civil rights organisations) and law enforcement authorities, in order to take note
of and address the concerns regarding the protection of fundamental rights and the
responsibilities and challenges facing different actors in safeguarding these rights and
protecting the security of citizens when RPAS are used;
13. Calls on the Commission to adopt a communication, including a thorough analysis with a
detailed impact assessment, on the impacts and risks regarding safety, security, respect for
fundamental rights (especially the rights to privacy and data protection), law enforcement
and intelligence, that are associated with RPAS, in order to stimulate and inform the
public debate, and to outline the initiatives planned in this field in a detailed action plan;
14. Calls on the TRAN and LIBE committees to arrange a joint hearing with representatives
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of industry, national privacy protection organisations, the European Data Protection
Supervisor, the Commission, and NGOs working in the area of fundamental rights;
15. Calls on the Commission to consider a regular reporting mechanism that would take into
account technical developments as well as policy developments and best practice at
national level, and would also address RPAS incidents, and to present an overview and
evaluation of the regulatory approaches at Member State level, so as to allow comparison
and identify best practices.
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RESULT OF FINAL VOTE IN COMMITTEE
Date adopted 3.9.2015
Result of final vote +:
–:
0:
50
4
0
Members present for the final vote Gerard Batten, Heinz K. Becker, Malin Björk, Caterina Chinnici,
Ignazio Corrao, Frank Engel, Cornelia Ernst, Laura Ferrara, Monika
Flašíková Beňová, Mariya Gabriel, Kinga Gál, Nathalie Griesbeck,
Sylvie Guillaume, Brice Hortefeux, Filiz Hyusmenova, Sophia in „t
Veld, Eva Joly, Sylvia-Yvonne Kaufmann, Timothy Kirkhope, Barbara
Kudrycka, Marju Lauristin, Juan Fernando López Aguilar, Monica
Macovei, Vicky Maeijer, Louis Michel, Claude Moraes, József Nagy,
Péter Niedermüller, Soraya Post, Birgit Sippel, Csaba Sógor, Traian
Ungureanu, Bodil Valero, Marie-Christine Vergiat, Udo Voigt, Beatrix
von Storch, Josef Weidenholzer, Cecilia Wikström, Kristina Winberg,
Tomáš Zdechovský
Substitutes present for the final vote Marina Albiol Guzmán, Hugues Bayet, Carlos Coelho, Anna Maria
Corazza Bildt, Pál Csáky, Teresa Jiménez-Becerril Barrio, Ska Keller,
Miltiadis Kyrkos, Andrejs Mamikins, Elly Schlein, Barbara Spinelli,
Josep-Maria Terricabras, Kazimierz Michał Ujazdowski, Axel Voss
Substitutes under Rule 200(2) present
for the final vote
Norbert Lins
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RESULT OF FINAL VOTE IN COMMITTEE
Date adopted 15.9.2015
Result of final vote +:
–:
0:
45
1
0
Members present for the final vote Lucy Anderson, Marie-Christine Arnautu, Georges Bach, Izaskun
Bilbao Barandica, Deirdre Clune, Michael Cramer, Luis de Grandes
Pascual, Andor Deli, Karima Delli, Isabella De Monte, Ismail Ertug,
Jacqueline Foster, Dieter-Lebrecht Koch, Stelios Kouloglou, Merja
Kyllönen, Miltiadis Kyrkos, Bogusław Liberadzki, Peter Lundgren,
Marian-Jean Marinescu, Georg Mayer, Cláudia Monteiro de Aguiar,
Renaud Muselier, Jens Nilsson, Markus Pieper, Salvatore Domenico
Pogliese, Gabriele Preuß, Christine Revault D‟Allonnes Bonnefoy,
Dominique Riquet, Massimiliano Salini, David-Maria Sassoli, Claudia
Schmidt, Claudia Tapardel, Wim van de Camp, Janusz Zemke, Roberts
Zīle, Kosma Złotowski, Elżbieta Katarzyna Łukacijewska
Substitutes present for the final vote Rosa D‟Amato, Daniel Dalton, Kateřina Konečná, Jozo Radoš, Ruža
Tomašić, Matthijs van Miltenburg
Substitutes under Rule 200(2) present
for the final vote
Diane James, Julia Reda