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3.0 the Autonomous Transportation System (ATS)
3.0 The Autonomous Transportation System (ATS) Concept The world is on the cusp of a completely new mode of transportation using electric powered, networked, fully autonomous vehicles. A new Autonomous Transportation System (ATS) is needed to facilitate this transformation within the U.S., to include standards for the development, manufacture and operation of autonomous Aerial Vehicles (AVs) and Ground Vehicles (GVs). This document proposes strategic-level standards for the ATS and for autonomous AVs and GVs, to enable safe, secure, reliable and swift transport of cargo and human passengers. Further, it proposes standards to safely incorporate traditional manually operated ground vehicles, pilot-controlled aircraft, and smalls drones into the system – initially and perpetually. Topics, features, and design solutions presented in this document are the proposed strategic- level standards. The proposed new ATS includes the people, facilities, and hardware/software (HW/SW) required to manage, operate, and monitor all GVs operating on the ground, and all AVs operating within the authorized public airspace. The standards will ensure cargo, passengers, and people and property on the ground are kept safe, now and into the future. OVER’s vision and intention is that this proposed ATS be discussed and revised as necessary by transportation and aerospace industry experts, government experts (DOT, FAA, etc.), and the American public. Once revised, it can provide a baseline for final standards to govern the design, production, integration and operation of large, fully autonomous GVs traversing public roads and AVs flying within the public airspace. The final ATS will ensure that all autonomous GVs/AVs are safe, secure, reliable and fully compatible with the HW, SW, networking and communication requirements, regardless of manufacturer, or will not be allowed to operate. -
FLYING CARS / ROADABLE AIRPLANES AUGUST 2012 Please Send Updates and Comments to Tom Teel: [email protected] Terrafugia
FLYING CARS / ROADABLE AIRPLANES AUGUST 2012 Please send updates and comments to Tom Teel: [email protected] Terrafugia INTERNATIONAL FLYING CAR ASSOCIATION http://www.flyingcarassociation.com We'd like to welcome you to the International Flying Car Association. Our goal is to help advance the emerging flying car industry by creating a central resource for information and communication between those involved in the industry, news networks, governments, and those seeking further information worldwide. The flying car industry is in its formative stages, and so is IFCA. Until this site is fully completed, we'd like to recommend you visit one of these IFCA Accredited Sites. www.flyingcars.com www.flyingcarreviews.com www.flyingcarnews.com www.flyingcarforums.com REFERENCE INFORMATION Roadable Times http://www.roadabletimes.com Transformer - Coming to a Theater Near You? http://www.aviationweek.com/Blogs.aspx?plckBlo PARAJET AUTOMOTIVE - SKYCAR gId=Blog:a68cb417-3364-4fbf-a9dd- http://www.parajetautomotive.com/ 4feda680ec9c&plckController=Blog&plckBlogPage= In January 2009 the Parajet Skycar expedition BlogViewPost&newspaperUserId=a68cb417-3364- team, led by former British army officer Neil 4fbf-a9dd- Laughton and Skycar inventor Gilo Cardozo 4feda680ec9c&plckPostId=Blog%253aa68cb417- successfully completed its inaugural flight, an 3364-4fbf-a9dd- incredible journey from the picturesque 4feda680ec9cPost%253a6b784c89-7017-46e5- surroundings of London to Tombouctou. 80f9- Supported by an experienced team of overland 41a312539180&plckScript=blogScript&plckElement -
List of Aerospace / Aeronautical Colleges in India 1. Siddhartha Institute of Aeronautical Engineering and Information Technology 2
List of Aerospace / Aeronautical colleges in India 1. Siddhartha Institute of Aeronautical Engineering and Information Technology 2. Guru Gram Institute of Aeronautical Engineering & Technology 3. Hindustan College Of Engineering 4. Hindustan Institute of Engineering Technology 5. IIT (Indian Institute of Technology), Powai, Mumbai 400076, (Maharashtra) 6. Indian Institute of Aeronautical Engineering, Dehradun C-139, Sector-3, Near United Food Programme Building, Cariapppa Marg, Defence Colony, Dehradun-248001, Uttarakhand, (Uttarakhand) 7. Indian Institute of Technology, II PO, Chennai 600036, (Tamil Nadu) 8. Institute of Aviation Technology, 1265, Sector 6, Bahadurgarh, Haryana 124507, (Punjab) 9. Institute of Information Technology & Management¶s Aeronautical Engineering Training Academy, Sr. No. 37, Kondwa Budruk, Pune - 411 048, (Maharashtra) 10. Mohamed Sathak Engineernig College,Kilakarai - 623 806, Ramanathapuram Dist., Tamil Nadu, (Tamil Nadu) 11. Nehru College of Aeronautics & Applied Science, 451-D, Palakkad main road, Kuniamuthur, Coimbatore - 641 008, (Tamil Nadu) 12. Park College of Engineering and Technology, Kaniyur post, Coimbatore, (Tamil Nadu) 13. Rajasthan Vidhyapeeth (Deemed)University, (Rajasthan) 14. VSM Aerospace, Chelekere, Off Ring Road, KalyanNagar Post, Bangalore - 560 043, (Karnataka) 15. Academy Of Aerospace & Aviation, Swadesh Bhawan, 2, Press Complex, A.B.Road, Indore, (Madhya Pradesh) 16. Guru Gram Institute of Aeronautical Engineering & Technology, Royal Complex-467 , Near Old Paradi Naka, Bhandara Road ,Nagpur -440008, (Maharashtra) 17. Hindustan Electronics Academy, 61, Cambridge Road, P.B.No.806, Ulsoor, Bangalore 560008, (Karnataka) 18. IIT (Indian Institute of Technology), Kharagpur 721302, (West Bengal) 19. IIT, Kanpur 208016, (Uttar Pradesh) 20. Indian Institute of Aeronautics, Patna Airport, Patna 800014, (Bihar) 21. Institute of Aeronautical and Marine Engineering, Technical Campus, # 29, R. -
Study on the Societal Acceptance of Urban Air Mobility in Europe
Study on the societal acceptance of Urban Air Mobility in Europe May 19, 2021 Confidential and proprietary. Any use of this material without specific permission of EASA is strictly prohibited. 8A0846_Report_Spreads_210518_Langversion.indd 1 19.05.2021 12:55:16 Further information and the full survey insights are available at easa.europa.eu/UAM This study has been carried out for EASA by McKinsey & Company upon award of a specific contract implementing a running multiple framework contract for the provision of consultancy services. Consequently, it does not necessarily express the views of EASA itself, nor should it be relied upon as a statement, as any form of warranty, representation, undertaking, contractual, or other binding commitment upon EASA. Ownership of all copyright and other IPR in this material including any documentation, data and technical information, remains vested to EASA. All logo, copyrights, trademarks, that may be contained within, are the property of their respective owners. Reproduction of this study, in whole or in part, is permitted under the condition that this Disclaimer remains clearly and visibly affixed in full at all times with such reproduced part. This study has measured the attitude of the EU society towards UAM early 2021, well in advance of future deployment in EU cities foreseen around 2024-2025. The results have been generated with best effort at this point in time, however public perception may change over time once citizens are exposed to actual UAM operations. 8A0846_Report_Spreads_210518_Langversion.indd 2 19.05.2021 12:55:16 Executive Summary New technologies such as the enhancement of battery technologies and electric propulsion as well as major investments made into start-ups are enabling the development of new vertical take-off and landing Urban Air Mobility (UAM) aircraft. -
The Future of Aviation
THE FUTURE OF AVIATION BY CHARLES BOMBARDIER BY CHARLES BOMBARDIER NGAP 2018 AVIATION HAS ALWAYS BEEN A DRIVER FOR INNOVATION Today we build on the work of those who came and went before us. Tinkerers, designers, engineers are constantly creating new ideas and concepts that will shape the world of tomorrow. This book represents a few of those dreams. We hope that it will be a source of inspiration for innovators and also encouragement for the next generation of aviation professionals! To learn more about the Future of Flight, and to consider entering your ideas into the THE FUTURE OF AVIATION national aviation innovation competitions which ICAO is helping countries to conduct around the world during 2019, please visit: icao.int/futureaviation THE FUTURE OF AVIATION ICAO - NGAP 2019 START-UPS & COMPANIES Aerofex, Aeromobil, Arca, Aurora, Cartivator, DeLorean Aerospace, EHANG, FlytCycle, Hirobo, Hoversurf, Hybrid Air Vehicles, Kitty Hawk, Leonardo, Lilium, Omniboard, Opener, Pale V, Parsifal, UBER, UDES, Volocopter, XTI Aircraft, Zapata INDUSTRIAL DESIGNERS Jorge Ciprian, Adolfo Esquivel, Ray Mattison, Brian R. Miller, Martin Rico, Robin Ritter, Martin Rojtenberg, Abhishek Roy Ashish Thulkar ARTWORK AND LAYOUT Marie-Claude Meilleur DRAFTING AND EDITING Charles Bombardier, Danielle Ellis PHOTOGRAPHER Christine Muschi, Henrickson PUBLISHER ICAO 999 Robert-Bourassa Boulevard, Montréal, Québec H3C 5H7, Canada E-MAIL [email protected] R ICAO 2018 All rights reserved. Any partial or complete, direct or indirect, reproduction, representation, broadcasting, translation, distribution, use, sharing or transferof this content by any means whatsoever is forbidden unless prior formal authorisation from the publisher. LEGAL DEPOSIT: DECEMBER 2018 TABLE OF CONTENTS ABOUT THE AUTHOR p. -
Skip the Traffic: Fly Your Car a User's Perspective
Skip the Traffic: Fly Your Car A User’s Perspective Wednesday October 11, 2017 | 3:30 pm - 4:30 pm PRESENTED BY: Brian Purdy Samson Switchblade Owner Switchblade Demonstrations Where’s My Flying Car 2 Skip the Traffic: Fly Your Car, A User’s Perspective Why would anyone want a flying car – The practical reasons? • Benefits of Point to Point Travel • First Response – Helicopter/Vertical lift Vehicles • What is in a Name? • Dual Use – Safety Considerations • My Choice • What it will take to be fully implemented • Future 3 Benefits of Point to Point Travel Avoiding Traffic In heavy traffic if just 4% of the vehicles could be removed the speed of the remaining vehicles in traffic could double 4 Benefits of Point to Point Travel Avoiding Road conditions Tolls and Pot Holes 5 Benefits of Point to Point Travel Better Efficiency • Less wasted time and fuel • Reduced travel limitations 6 Benefits of Point to Point Travel Business Use: • Easier and more efficient to visit clients or work sites • Taking advantage of the best of new technology • Lower acquisition cost, Useful for smaller businesses • Impressive 7 Benefits of Point to Point Travel Personal Use: • Live where I want despite the distance • Travel further and faster to the places I want to visit • No TSA lines, delayed or cancelled commercial flights, no need for a rental car • Travel on my schedule, whatever that may be 8 Benefits of Point to Point Travel Examples: Mojave to Burbank to Apple Valley and back – Shopping and a movie in LA 9 Total Driving Time: 4 hours 35 minutes Total Distance: 263 miles 10 Total Flying Time: 1 hour 10 minutes Total Distance: 170 nm 11 Million Air at Burbank to Fry’s Electronics: Driving Distance: 2.4 miles one way Driving Time: 7 minutes one way Totals: 4.8 miles and 14 minutes Apple Valley Airport to Red Robin for lunch then to AMC Theater for a movie then back to Apple Valley Airport Driving Distance: 25.2 miles Driving Time: 43 minutes 12 Benefits of Point to Point Travel Examples: St. -
Future of Vertical Flight
www.vtol.org Kenneth Swartz, Regional Director – Americas The Vertical Flight Society www.vtol.org | [email protected] Kitty Hawk Cora © Vertical Flight Society: CC-BY-SA 4.0 © Vertical Flight Society: CC-BY-SA 4.0 Released March 2018 1 www.vtol.org . The international professional society for those working to advance vertical flight – Founded in 1943 as the American Helicopter Society – Everything from VTOL MAVs/UAS to helicopters and eVTOL to STOVL (everything vertical except rockets) CFD of Joby S4, Aug 2015 . Expands knowledge about vertical flight technology and promotes its application around the world . Advances safety and acceptability . Advocates for vertical flight R&D funding . Helps educate and support today’s and tomorrow’s vertical flight engineers and leaders VFF Scholarship Winners at AHS Forum 71, May 2015 © Vertical Flight Society: CC-BY-SA 4.0 2 www.vtol.org © Vertical Flight Society: CC-BY-SA 4.0 3 www.vtol.org . Transformative Vertical Flight Workshops – Building community & developing industry roadmap – https://nari.arc.nasa.gov/wghome . Since 2014, annual series with NASA, etc. 1. Aug 2014, Arlington, Virginia 2. Aug 2015, NASA Ames, California 3. Sep 2016, Hartford, Connecticut 4. Jun 2017, Denver, Colorado 5. Jan 2018, San Francisco, California Uber Elevate 6. Jan 2019, Phoenix, Arizona – Unveiled at 4th Workshop in Sep 2016 7. Jan 2020, Mountain View, California – White Paper in Oct 2016 / Summit in April 2017 . Presentations, videos and links at Developing an “Ecosystem” . http://www.vtol.org/transformative – Partnerships with cities, real estate companies, . Significant funding in electric VTOL >$1B+ aircraft OEMs, EV charger manufacturers & cities – >100 companies developing electric and – Connecting innovators, investors, regulators, hybrid/electric VTOL aircraft technical experts, standards organizations 4 © Vertical Flight Society: CC-BY-SA 4.0 www.vtol.org © Vertical Flight Society: CC-BY-SA 4.0 5 www.vtol.org . -
Samson Switchblade the Flying Car
Samson Switchblade THE Flying Car presented by Jerry Clark EAA 555 Las Cruces 19 November 2019 The Flying Car No more gridlock! But where are the wings? Jules Vern’s 1904 flying boat, car, airplane 1937 Waterman Airrowbile (detachable) 1938 PreWar Car (detachable) 1946 Fulton Airphibian 1947 ConvAirCar 1949 Moulton Taylor Aerocar III (First complete) 6 produced 1949 Moulton Taylor Aerocar III 1949 Moulton Taylor Aerocar III Still struggling with that wing thing! • The Personal Air Vehicle Exploration (PAVE) program at NASA's Langley Research Center developed easy-to-use aircraft that may • • • Take you from your garage to the airport and on to your destination, saving time - and dollars • • "That's always been the dream," said Andrew Hahn, PAVE analyst at Langley, of flying cars. "Our plan is to have a flying demonstrator by [2009]" 2003 NASA PAV Design • Seats: > 5 Goals • • 150–200 mph cruising speed • • Able to be flown by anyone with a driver’s license* • • As affordable as travel by car or airliner • • Near all-weather capability enabled by synthetic vision systems • • Highly fuel efficient 800 miles (1,300 km) range • • • Provide "door-to-door" transportation solutions, through use of small community airports that are in close proximity to 2008 PAVE Tail Fan (aircraft) 2003 NASA PAVE (Small Aircraft Transportation system) • The TailFan tackled some of the biggest challenges to personal air vehicles. • Ease-of-use, new propulsion, cheaper build • • environmental issues like noise and pollution, as well as affordability. • New technologies • ADHARS 2008 PAV DARPA • DARPAs able to fly for 2 hours • Carry 2 to 4 • 8.5 feet wide and less than 24 feet • No higher than 7 feet when in the road configuration • Drive at up to 60 MPH or fly at up to 150 MPH. -
Flying Blind- Cars That Take to the Air Are Here, but What Are The
CARS THAT CAN TAKE TO THE AIR ARE HERE, BUT WHAT ARE THE INSURANCE AND CLAIMS IMPLICATIONS? BY ANDREW L. SMITH FlyingAND BRIAN P. HENRY Blind28 CLM MAGAZINE JANUARY 2018 Fifty-five years ago, the cartoon “The according to my Apple Watch it is not yet secure a fully functional flying car by the Jetsons” introduced a space-age family 2062, but flying cars are here. end of 2018, if not earlier. complete with George, Jane, Judy, Elroy, a The transition from drones to dog named Astro, and, last but not least, flying cars is only natural and is already AVAILABLE OPTIONS a robot maid named Rosie. The family well-underway. Police in Dubai, for Terrafugia, the first flying car lived in Orbit City in the year 2062 and example, are already using a HoverSurf manufacturer, is now beginning to sell “the its mode of transportation was none manufactured drone/motorcycle hybrid Transition,” which was initially developed other than a bubble-shaped flying saucer to fly around human police officers. So if in 2006. According to the company’s called an Aerocar. you are in the market for a flying car and website, “The Transition is the world’s In 1940, Henry Ford declared, you have a rather large bank account at first practical flying car. A folding-wing, “Mark my words: A combination your disposal, you’re in luck: Nineteen two-seat, roadable aircraft, the Transition airplane and motorcar is coming. You different companies are currently is designed to fly like a typical Light Sport may smile, but it will come.” Well, developing flying car products. -
Original Article PAV의 개발현황과 경제적 효율성 비교
한국항공운항학회 PAV의 개발현황과 경제적 효율성 비교 61 https://doi.org/10.12985/ksaa.2021.29.1.061 Original Article ISSN 1225-9705(print) ISSN 2466-1791(online) PAV의 개발현황과 경제적 효율성 비교 송재두* Development Status and Economic Efficiency of PAV Jaedo Song* ABSTRACT PAV is considered to improve quality of life and standards of living, improvement of which was caused by automobile hundred years ago. Comparative economic efficiency of PAVs is measured to compare each PAV. Specification and sales price of the PAVs are open to the public. BlackFly, Transition and Aeromobil 3.0 have competitive power in flying range, purchasing cost, and operational cost. Lift & cruise configuration and vectored thrust con- figuration PAVs are designed by many companies nowadays, and BlackFly which can be considered to be lift & cruise configuration is one of the most efficient PAVs. High battery price does not help multi-copter shaped PAVs to have economic efficiency. Aerodynamic wing, eVTOL, and low sale price are needed for PAVs to ride a wave of public interest as a new personal mobility. Under the conditions, the PAV can fly at downtown and can be purchased by people at large. Popularization of PAV could follow in the 100 years old footsteps of automobile. Key Words : PAV(개인항공운송수단), eVTOL(전기구동수직이착륙기), Efficiency(효율성), Multicopter (멀티콥터), Lift & Cruise Configuration(복합형), Vectored Thrust Configuration(틸트형) Ⅰ. 서 론 미국 이민자들이 서부개발시대에 이동수단으로 이용 하였던 역마차(stagecoach)는 광활한 지역을 간편하 PAV는 Personal Aerial Vehicle 혹은 Personal 게 이동할 수 있는 소임을 다하고, 자동차에게 그 자리 Air Vehicle로 설명되는데, 미국의 교통 운송시스템의 를 내주었다. -
TVF WG 2 Technical Report
PREPUBLICATION COPY Subject to Further Editorial Correction COMMERCIAL INTRA-CITY ON-DEMAND ELECTRIC-VTOL STATUS OF TECHNOLOGY Graphic art from Uber Anubhav Datta Associate Professor University of Maryland at College Park AN AHS/NARI TRANSFORMATIVE VERTICAL FLIGHT WORKING GROUP-2 REPORT January 15, 2018 1 FY 2017 TVF Working Group-2: Commercial Intra-city ANUBHAV DATTA, University of Maryland, Chair / WG Lead MIKE HIRSCHBERG, American Helicopter Society (AHS) Int. JOSEF KALLO, German Aerospace Center (DLR) SEAN ELBERS, Lockheed Martin SEAN WAKAYAMA, The Boeing Company JUAN ALONSO, Stanford University EMILIO BOTERO, Stanford University CANDICE CARTER, Kansas State University BRENT MILLS, U. S. Army Research Laboratory WANYI NG, University of Maryland ERIC TIJERINO, Self DETLEV KONIGORSKI, Airbus, Commercial Airplanes NIJO ABRAHAM, NASA Langley ERIC BARTSCH, Chanute Consulting CHRISTOPHER CADOU, University of Maryland CARL RUSSELL, NASA Ames FRANCISCO MARTINS, Embraer VALENTINI LUIZ, Embraer MATTHIAS STRACK, German Aerospace Center (DLR) 2 Preface Since August 2014, the American Helicopter Society (AHS) International has lead a series of workshops with the help of NASA, AIAA and SAE, on what it termed a Transformative Vertical Flight (TVF) initiative, to explore the potential, and track the development of, many emerging electric and hybrid-electric propulsion technologies that might enable and drive new forms of air transportation in the future. Air transportation is defined broadly, with both manned and un- manned operations within its scope, and both civilian and military operations. The primary emphasis was on the potential for on-demand air-taxi operations with vertiport-capable configurations and design. However the initiative also includes, with equal emphasis, the capability for commercial package delivery, and the delivery of strategic military assets. -
Tampa Bay Area Regional Transit Authority Technical Memorandum 1 Technology Research Literature Review
Tampa Bay Area Regional Transit Authority Technical Memorandum 1 Technology Research Literature Review 1 Introduction .......................................................................................................................................... 1 2 Literature Review .................................................................................................................................. 2 Initial Takeaways ....................................................................................................................................... 2 3 Aerial Gondola ...................................................................................................................................... 6 3.1 Web Resources Reviewed ............................................................................................................. 6 3.2 Literature Reviewed .................................................................................................................... 11 4 Air Taxi ................................................................................................................................................ 18 4.1 Web Resources Reviewed ........................................................................................................... 19 4.2 Literature Reviewed .................................................................................................................... 34 5 Hyperloop...........................................................................................................................................