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市場調查報告書

Urban Air Mobility(UAM:都市型航空交通系統)的分析及空中計程車局勢的進化:2019年

Analysis of Urban Air Mobility and the Evolving Air Taxi Landscape, 2019

出版商 Frost & Sullivan 商品編碼 916748
出版日期 內容資訊 英文 113 Pages
商品交期: 最快1-2個工作天內
價格
Urban Air Mobility(UAM:都市型航空交通系統)的分析及空中計程車局勢的進化:2019年 Analysis of Urban Air Mobility and the Evolving Air Taxi Landscape, 2019
出版日期: 2019年10月25日內容資訊: 英文 113 Pages
簡介

本報告整合分析了急速發展的Urban Air Mobility(UAM:都市型航空交通系統)市場,並統整了主要應用程式領域、商業化的暫訂時間表、商業模式及收益流等分析、主要15家公司的分析、挑戰、技術、市場規模、法規及成長機會等。

執行摘要

調查範圍、手法

進化的Urban Air Mobility(UAM)市場的劃分與當下概況

  • UAM載體的進化:主要的里程碑
  • 車輛劃分
  • 急速進步的UAM情勢
  • 世界UAM進程:當下概況

市場中主要參與企業的分析

  • 主要參與企業的當下概況
  • 找出排名前15家企業的方法
  • 前15大UAM企業
  • 未來的空中計程車營運商的可能性

Urban Air Mobility(UAM)載體未來的用途

  • UAM載體的主要未來用途
  • 警察巡邏:Hoversurf Hoverbike
  • 娛樂:Kitty Hawk Flyer
  • 空中救護車:Metro Skyways CityHawk
  • 器官運輸:Ehang
  • 飛行車大賽:Alauda Airspeeder
  • UAM載體用途時間表
  • 商業服務、收益流
  • 各種UAM載體應用程式比較

進化的空中計程車局勢

  • 目標為迅速引進空中計程車的政府倡議
  • 進化的空中計程車生態系統
  • 到2040年為止有可能讓空中計程車商業化的各個國家/城市
  • 杜拜
  • 紐西蘭
  • 新加坡
  • 法蘭克福
  • 巴黎,其他

空中計程車的基礎建設、支援服務

  • 對空中計程車基礎建設的聚焦變化
  • UBER峰會提出的未來空中港口的概念
  • UAM載體的著陸墊:未來住家的標準機能,其他

Urban Air Mobility(UAM)載體產業面對的主要挑戰

  • 既有及新加入市場的企業所面臨的挑戰
  • 應對挑戰:安全性
  • 應對挑戰:燃料費、續航距離
  • 應對挑戰:起飛、著陸及人為疏失
  • 應對挑戰:噪音
  • 應對挑戰:航空交通管制相關

成為Urban Air Mobility(UAM)載體市場關鍵的平台、技術

  • UAM載體的主要技術繪製
  • Honeywell:最早提供UAM必要技術
  • 以氫推進:Alakai Technologies
  • Boeing NeXt:運用區塊鏈和AI追蹤無人機,其他

市場規模

  • 空中計程車市場中UAM的數量
  • 空中計程車的數量:國別的當下概況

Urban Air Mobility(UAM)載體的法規限制

  • 世界法規局勢
  • 新的BVLOS法規
  • 美國的UAM營運商:現在的FAA法規,其他

成長機會、推薦行動 (C2A)

  • 配送用無人機:成長機會
  • 戰略要務

結論

附錄

關於Frost & Sullivan

目錄
Product Code: MEE6-18

Air Taxi Services are Expected to Commence in 2022 in Dubai and Expand Gradually at a 45.9% CAGR and Reach at Least 430,000 Units in Operation Globally by 2040

This study provides a comprehensive analysis of the fast-evolving urban air mobility (UAM) market. It begins by looking at how UAM vehicles have evolved over the years and providing a snapshot of the current landscape. An exhaustive list of market participants from across the globe is captured and a robust methodology is adopted to narrow down on the top 15 companies at the moment. The report looks at the key application areas, a tentative timeline when they are likely to be commercialised and the business models and revenue streams which can arise out of those application areas. It also looks at the various types of UAM vehicles, their unique features and the application areas that they are best suited for. Further, this research exhaustively analyses the nascent air taxi market. Governments which have favourably initiated air taxi related programmes and their vision are analysed. The report goes on to understand the key infrastructure and support services required for the seamless operation of air taxis to take place, thereby painting a picture of the air taxi ecosystem of the future.

The increase in the number of vehicles on urban roads and the associated traffic congestion makes it difficult for daily commuters, emergency responders and ambulances to reach their destination on time. An effective alternative would be to use the underutilised urban airspace to make travel in congested areas more effective. Helicopters were the only vehicles which were available for urban commute till now. However, their bulky frame, lengthy propellers and noise levels make them unsuitable for mass urban transportation. Hence there exists a gap for a new vehicle which can be effectively used for urban air transport. Urban air mobility (UAM) vehicles have the potential to fill this gap, ushering in an era of seamless air travel. The advent of UAM vehicles poses a number of pertinent questions related to safety, infrastructure, regulations, privacy, traffic management and key application areas.

Key Features:

These questions gave rise to the key objectives of this study listed below:

  • To capture the evolution of UAM vehicles over the years, till 2019
  • To identify key participants in the UAM vehicles market as of 2019
  • To decipher the emergence of UAM vehicles application areas by 2040
  • To identify new business models for UAM vehicles
  • To understand how the air taxi market could evolve in the future
  • To provide key conclusions and actionable recommendations

Key participants analysed in this study are listed below:

  • Volocopter
  • Ehang
  • Aeromobil
  • Terrafugia
  • Lilium
  • Kitty Hawk
  • VRCO
  • Vertical Aerospace
  • Airbus
  • Toyota
  • Pal-V
  • Bartini
  • Opener
  • Hoversurf
  • Audi
  • Porsche
  • Bell Aviation
  • Joby Aviation
  • NFT Inc
  • Vimana
  • Workhorse Group

Table of Contents

Executive Summary

  • Executive Summary-Key Takeaways
  • Executive Summary-Vehicle Segmentation
  • Executive Summary-UAM Players Racing towards Commercialisation
  • Executive Summary-Business Services and Revenue Streams
  • Executive Summary-The Evolving Air Taxi Ecosystem
  • Executive Summary-Possible Countries with Air Taxi Services by 2040
  • Current Scenario and Future Outlook

Research Scope and Methodology

  • Research Scope
  • Defining Passenger UAM Vehicles
  • Research Aims and Objectives
  • Key Questions this Study Will Answer
  • Research Methodology
  • Research Background

Segmentations and Snapshot of the Evolving Urban Air Mobility Vehicle Market

  • Evolution of UAM Vehicles-Key Milestones
  • Vehicle Segmentation
  • The Rapidly Evolving UAM Landscape
  • Global UAM Programs-A Snapshot

Analysis of Major Participants in the Market

  • Snapshot of Major Participants
  • Snapshot of Major Participants (continued)
  • Snapshot of Major Participants (continued)
  • Snapshot of Major Participants (continued)
  • Snapshot of Major Participants (continued)
  • Snapshot of Major Participants (continued)
  • Methodology to Identify the Top 15 Companies
  • The Top 36 Companies Shortlisted based on the Methodology
  • Top 15 UAM Companies
  • Top 15 UAM Companies (continued)
  • Top 15 UAM Companies (continued)
  • Potential Air Taxi Operators of the Future

Future Applications of Urban Air Mobility Vehicles

  • Select Future Applications of UAM Vehicles
  • Police Patrol-Hoversurf Hoverbike
  • Recreation-Kitty Hawk Flyer
  • Air Ambulance-Metro Skyways CityHawk
  • Organ Transport-Ehang 184
  • Flying Car Grand Prix-Alauda Airspeeder
  • Timeline for UAM Vehicle Applications
  • Business Services and Revenue Streams
  • Comparison by Application for Different UAM Vehicles

The Evolving Air Taxi Landscape

  • Government Initiatives Poised to Fast Track Air Taxi Adoption
  • The Evolving Air Taxi Ecosystem
  • Countries Where Air Taxis Could Be Commercialised by 2040
  • The Dubai Air Taxi Programme
  • The New Zealand Air Taxi Programme
  • The Singapore Air Taxi Programme
  • Frankfurt Air Taxi Programme
  • The Paris Air Taxi Programme
  • The Uber Elevate Programme
  • Pricing-How Much Would Uber Air Taxi Service Cost?
  • Lilium's Air Taxi Vision
  • Inter-City Commute-The Rolls Royce Air Taxi
  • Inter-City Commute-Bell Nexus
  • Inter-City Commute-Aston Martin Luxury Taxi Concept
  • Inter-City Commute-Aeromobil 4.0
  • Inter-City Commute-Terrafugia Transition
  • Inter-City Commute-The PAL-V Liberty
  • Inter-City Commute-VRCO NeoXcraft

Infrastructure and Support Services for Air Taxis

  • Shifting Focus to Air Taxi Infrastructure
  • Futuristic Skyport Concepts from Uber Summit
  • UAM Vehicle Landing Pads-A Standard Feature in Future Homes
  • Blade-Luxury Lounges For Urban Air Mobility
  • Skyports-Developing the Vertiports of the Future
  • Deseret UAS-Network of Testing Ranges for UAM Vehicles
  • Robotic Skies-MRO Specialists for UAM Vehicles

Key Challenges Faced by the Urban Air Mobility Vehicles Industry

  • Challenges for Existing and New Market Participants
  • Tackling Challenges-Safety
  • Tackling Challenges-Fuel Efficiency and Range
  • Tackling Challenges-Take-Off and Landing and Human Error
  • Tackling Challenges-Noise
  • Tackling Challenges-Air Traffic Control Related

Platforms and Technologies Key to the Urban Air Mobility Vehicles Market

  • Key Technology Mapping for UAM Vehicles
  • Honeywell-Moving First To Supply Technologies Required for UAM
  • Hydrogen Propulsion-Alaka'i Technologies
  • Boeing NeXt-Using Blockchain and AI to Track Drones
  • Reducing Propulsion Noise
  • Wheels for Flying Taxis-The Goodyear Aero Concept
  • UAM Vehicles-Drone Platforms

Market Sizing

  • Number of UAM Vehicles in the Air Taxi Market-Forecast
  • Number of Air Taxis-Country-level Snapshot

Regulations for Urban Air Mobility Vehicles

  • Global Commercial Drone Regulations Landscape
  • Evolving BVLOS Regulations
  • UAM Operations in the United States-Present FAA Regulations
  • UAS Integration Programme Could Pave for Future Air Taxi Adoption
  • Regulatory Initiatives and Engagements in the Passenger UAM Space
  • Passenger UAM Vehicles-Certifications and Government Collaborations

Growth Opportunities and C2A

  • Delivery Drones-Growth Opportunities
  • Strategic Imperatives

Conclusions

  • The Last Word-3 Big Predictions
  • Legal Disclaimer

Appendix

  • Market Engineering Methodology
  • List of Exhibits
  • List of Exhibits (continued)