Global Urban Air Mobility (UAM) Market – Analysis and Forecast, 2023-2035

Focus on Aircraft Type, Infrastructure, Use Case, Operation, and Travel Range

Published Year: 2019
SKU: SA00702SA

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Report Description

Base Year: 2018-2019
Forecast Period: 2023-2035
Market Size by 2023: $5.32 billion
Value Projection and Estimation

Market Report Coverage - Urban Air Mobility

 

 

Base Year

 

2018-2019

 

Market Size by 2023

 

$5.32 billion

 

Forecast Period

 

2023-2035

 

Value Projection and Estimation by 2035

 

$86.83 billion

 

CAGR During Forecast Period

 

26.20%

 

Number of Tables

 

47

 

Number of Pages

 

243

 

Number of Figures

 

118

 

Research Hours

 

 

 250

 

 

 

 

 

 

 

 

Market Segmentation

 

• Aircraft Type – Rotor Wing, Fixed Wing, Hybrid Wing

• Infrastructure – Vertiports, Charging Stations, Traffic Management Systems
• Use Case – Air Taxi, Air Ambulance, Airport Shuttle, Last Mile Delivery, Personal Air Vehicle, Air Metro

• Operation – Piloted, Autonomous

• Travel Range – Intercity, Intracity

 

Regional Segmentation

 

• North America – U.S.
• Europe – United Kingdom, Germany, France, The Netherlands
• Asia-Pacific – China, Singapore, Japan, South Korea
• Rest-of-the-World – Brazil, The U.A.E.

 

Growth Drivers

 

• Increasing Use of UAVs in Commercial and Civil Applications

• Increasing Need for Efficient Transportation and Logistics
• Increasing Environmental Concerns and Energy Impacts

• Increasing Shipments of Smart Handheld Devices Fuelling the Demand

 

Market Challenges

 

• Time Consuming Regulatory Process
• Technical Limitations in Existing Mechanism for Certifying Autonomous Flights

 

Market Opportunities

 

• Growing Human Intervention for Intracity and Intercity Transportation Using eVTOL

• Growing Smart City Investment for Urban Air Mobility

 

Key Companies Profiled

 

Airbus S.A.S, Airspace Experience Technologies Inc., Aurora Flight Sciences, Bell Helicopter, DeLorean Aerospace LLC, Embraer SA, Karem Aircraft Inc., Kitty Hawk, Lilium GmbH, Neva Aerospace, Opener, Pipistrel Group, The Boeing Company, Volocopter GmbH, Workhorse Group Inc., and others.

Key Questions Answered

What are the expected major challenges inhibiting the growth of the global urban air mobility market?

Key Questions Answered

  • What are the expected major driving forces that tend to increase the demand for the global urban air mobility market during the forecast period, 2023-2035?
  • What are the expected major challenges inhibiting the growth of the global urban air mobility market?  
  • Who are the key players in the global urban air mobility market, and what are their competitive benchmarking?
  • What is the expected revenue to be generated by the global urban air mobility market by segments (aircraft type, operations, use case, and travel range) in 2023, and what are the estimates by 2035?
  • How is each segment of the global urban air mobility market expected to grow during the forecast period, and what is the expected revenue to be generated by each of the segments by the end of 2035?
  • What are the expected trends in the global urban air mobility market across different regions, market value in 2023, and estimates by 2035?
  • What are the new strategies adopted by the existing market players to make a mark in the industry?

Market Overview

The 21st century has modified the existence of multiple industries. One of them is the aerospace industry, where the future of fli

The 21st century has modified the existence of multiple industries. One of them is the aerospace industry, where the future of flights is taking a dynamic shift. With overburdened roads and urban congestion, industry stakeholders are now investing in urban air mobility (UAM). UAM is defined as safe and efficient on-demand air traffic operation for passengers and cargo in a manned or unmanned aircraft.

BIS Research has mapped this industry into a research report titled “Global Urban Air Mobility Market.” This research report has been a result of the compilation of multiple market segmentation while considering dominating market drivers and restraints. According to BIS Research analysts, the market is expected to generate $5.32 billion globally in 2023 and evolve at a CAGR of 26.2% from 2023-2035.

Several aircraft prototypes have been designed, created, and tested to be used for commercial purposes, but with strict and modifying regulations, in the most favorable scenario, air taxis and other mobility vehicles are expected to be available from 2020. Around 50 metropolitan cities are considering the feasibility of drones, air taxis, and others. Dubai had launched test flights in 2017 and is one of the few areas to have adopted autonomous aerial taxi service for commercial operations.

Increasing use of UAVs in commercial and civil applications, runway-less platforms, a growing need for efficient transportation and logistics, and many others, have driven the growth of this industry. The market has been segmented based on the aircraft type, infrastructure, use case, operations, travel range, and region.

Many manufacturers and organizations are putting efforts into R&D for developing electric VTOL aircraft to enhance the endurance required for longer flights and target cost-effectiveness. Companies like Aurora Flight Sciences and Joby Aviation are developing their all electric fixed-wing VTOL aircraft prototype for managing costs.

With such novel technology involved, the market is challenged by multiple factors like stricter regulatory challenges associated with UAVs, privacy and safety concerns, infrastructural challenges associated with air taxis, technological constraints, and many others. Despite these challenges, the market is expected to grow to meet the needs as an alternate transport in commercial and civil applications.

Competitive Landscape

Leading industry players like Airbus, Volocopter, Porche, Boeing, and many others, are expanding the market domain with various partnerships, ventures, and investments. For example, Porche and Boeing are together looking to explore premium UAM and Volocopter has announced the testing of its flight operation in 2019, which is supported by the Civil Aviation Authority of Singapore, the Singapore Economic Development Board, and Singapore Ministry of Transport. Uber’s Elevate program is specifically for the development of fully-electric aircraft for passenger transportation.

Table of Contents

Executive Summary

Market Dynamics

          1.1    Market Drivers
                   1.1.1    Increasing Use of UAVs in Commercial and Civil Applications
                   1.1.2    Increasing Need for Efficient Transportation and Logistics
                   1.1.3    Increasing Environmental Concerns and Energy Impacts
          1.2    Market Challenges
                   1.2.1    Time Consuming Regulatory Process
                   1.2.2    Technical Limitations in Existing Mechanism for Certifying Autonomous Flights
          1.3    Market Opportunities
                   1.3.1    Growing Human Intervention for Intracity and Intercity Transportation Using eVTOL
                   1.3.2    Growing Smart City Investment for Urban Air Mobility

Competitive Insights

          2.1    Key Strategies and developments
                   2.1.1    Partnerships, Agreements, and Contracts
                   2.1.2    Merger and Acquisitions
                   2.1.3    Product Launches
                   2.1.4    Other Developments
          2.2    Competitive Benchmarking

Industry Analysis

          3.1    Overview
          3.2    UAM Route to Commercial Reality
          3.3    Investment Scenario: Start-ups and Stakeholders in UAM Market
          3.4    Emerging Technological Trends
          3.5    Technological and Infrastructural Hurdles
          3.6    Legal and Regulatory Framework
          3.7    Patent Analysis
          3.8    Industry Attractiveness – Porter’s Five Forces Analysis
          3.9    Leading Manufacturers, Products, and Technical Specifications
          3.10   Key Initiatives of Urban Air Mobility in Megacities

Global Urban Air Mobility Market, 2023 to 2035

          4.1    Assumptions and Limitations
          4.2    Market Overview

Global Urban Air Mobility Market (by Aircraft Type)

          5.1    Market Overview
          5.2    Rotor Wing
          5.3    Fixed Wing
          5.4    Hybrid Wing
 

Global Urban Air Mobility Market (by Infrastructure)

          6.1    Market Overview
          6.2    Vertiports
          6.3    Charging Stations
          6.4    Traffic Management Systems

Global Urban Air Mobility Market (by Use Case)

          7.1    Market Overview
          7.2    Air Taxi
          7.3    Air Ambulance
          7.4    Airport Shuttle
          7.5    Last Mile Delivery
          7.6    Personal Air Vehicle
          7.7    Air Metro
 

Global Urban Air Mobility Market (by Operation)

          8.1    Market Overview
          8.2    Piloted
          8.3    Autonomous

Global Urban Air Mobility Market (by Travel Range)

          9.1    Market Overview
          9.2    Intercity
          9.3    Intracity

Global Urban Air Mobility Market (by Region)

            10.1    Market Overview
            10.2    North America
                       10.2.1    The U.S.
            10.3    Europe
                       10.3.1    The U.K
                       10.3.2    Germany
                       10.3.3    France
                       10.3.4    Netherlands
            10.4    Asia-Pacific
                       10.4.1    China
                       10.4.2    Singapore
                       10.4.3    Japan
                       10.4.4    South Korea
            10.5    Rest-of-the-World
                       10.5.1    Brazil
                       10.5.2    The U.A.E.

Company Profiles

            11.1    Overview
            11.2    Airbus S.A.S
                       11.2.1    Company Overview
                       11.2.2    Role of Airbus S.A.S in Global Urban Air Mobility Market
                       11.2.3    Overall Financials
                       11.2.4    SWOT Analysis
            11.3    Airspace Experience Technologies, Inc.
                       11.3.1    Company Overview
                       11.3.2    Role of Airspace Experience Technologies in Global Urban Air Mobility Market
                       11.3.3    SWOT Analysis
            11.4    Aurora Flight Sciences
                       11.4.1    Company Overview
                       11.4.2    Role of Aurora Flight Sciences in Global Urban Air Mobility Market
                       11.4.3    SWOT Analysis
            11.5    Bell Helicopter
                       11.5.1    Company Overview
                       11.5.2    Role of Bell Helicopter in Global Urban Air Mobility Market
                       11.5.3    SWOT Analysis
             11.6    DeLorean Aerospace LLC
                       11.6.1    Company Overview
                       11.6.2    Role of DeLorean Aerospace LLC in Global Urban Air Mobility Market
                       11.6.3    SWOT Analysis
            11.7    Embraer SA
                       11.7.1    Company Overview
                       11.7.2    Role of Embraer SA in Global Urban Air Mobility System Market
                       11.7.3    Overall Financials
                       11.7.4    SWOT Analysis
             11.8    Karem Aircraft, Inc.
                       11.8.1    Company Overview
                       11.8.2    Role of Karem Aircraft, Inc. in Global Urban Air Mobility System Market
                       11.8.3    SWOT Analysis
             11.9    Kitty Hawk
                       11.9.1    Company Overview
                       11.9.2    Role of Kitty Hawk in Global Urban Air Mobility System Market
                       11.9.3    SWOT Analysis
            11.10   Lilium GmbH
                        11.10.1    Company Overview
                        11.10.2    Role of Lilium GmbH in Global Urban Air Mobility Market
                        11.10.3    SWOT Analysis
             11.11   Neva Aerospace
                        11.11.1    Company Overview
                        11.11.2    Role of Neva Aerospace in Global Urban Air Mobility Market
                        11.11.3    SWOT ANALYSIS
             11.12   Opener
                         11.12.1    Company Overview
                         11.12.2    Role of Opener in Global Urban Air Mobility Market
                         11.12.3    SWOT Analysis
             11.13   Pipistrel Group
                        11.13.1    Company Overview
                        11.13.2    Role of Pipistrel in Global Urban Air Mobility Market
                        11.13.3    SWOT Analysis
             11.14   The Boeing Company
                         11.14.1    Company Overview
                         11.14.2    Role of The Boeing Company in Global Urban Air Mobility Market
                         11.14.3    Overall Financials
                         11.14.4    SWOT Analysis
              11.15   Volocopter GmbH
                          11.15.1    Company Overview
                          11.15.2    Role of Volocopter GmbH in Global Urban Air Mobility Market
                          11.15.3    SWOT Analysis
             11.16    Workhorse Group, Inc.
                          11.16.1    Company Overview
                          11.16.2    Role of Workhorse Group, Inc. in Global Urban Air Mobility Market
                          11.16.3    Overall Financials
                          11.16.4    SWOT Analysis
              11.17   Other Key Players
                          11.17.1    AMSL Aero Pty Ltd.
                          11.17.2    Joby Aviation
                          11.17.3    Safran
                          11.17.4    Terrafugia
                          11.17.5    Thales Group
                          11.17.6    Volta Volare
                          11.17.7    List of Emerging Companies
 

Research Scope and BIS Methodology

            12.1    Scope of the report
            12.2    Global Urban Air Mobility Market Research Methodology

Appendix

            13.1    Related Reports

List of Tables

Table 1.1:    Impact Analysis of Market Drivers
Table 1.2:    Impact Analysis of Market Challenges
Table 1.3:    Urban Air Mobility Regulatory Requirements
Table 1.4:    Prominent Companies and their eVTOL Products
Table 1.5:    Smart City Initiatives in European Cities
Table 2.1:    Partnerships, Agreements, and Contracts in Urban Air Mobility Market, January 2016 - March 2019
Table 2.2:    Mergers and Acquisitions, January 2016 - March 2019
Table 2.3:    Product Launch, January 2016 - March 2019
Table 2.4:    Other Developments, January 2016 - March 2019
Table 3.1:    Start-ups and Funding, January 2015-February 2019
Table 3.2:    Other Stakeholders in Urban Air Mobility Market
Table 3.3:    Companies using Electric/Batteries Energy Source for eVTOL Aircrafts
Table 3.4:    Companies using Electric Hybrid Energy Source for eVTOL Aircrafts
Table 3.5:    FAA vs. EASA
Table 3.6:    Drone Regulatory Authorities by Country
Table 3.7:    Patent Analysis: Ground Movement Monitoring Device of Distributing Type Urban Air and Environment Quality
Table 3.8:    Patent Analysis: Spatial-Distribution - Type Urban Air Environment Quality Mobile Monitoring System
Table 3.9:    Patent Analysis: STOL Aircraft
Table 3.10:    Patent Analysis: Ground-based Mobile Maintenance Facilities for Unmanned Aerial Vehicles
Table 3.11:    Patent Analysis: Spatial Domain Management Method and System
Table 3.12:    Patent Analysis: Very Low-Level Operations Coordination Platform
Table 3.13:    Patent Analysis: Method and System for Providing Route of Unmanned Air Vehicle
Table 3.14:    Patent Analysis: An Optimization Method Based on the Physical Structure of the UAV Cruising Route Road Network
Table 3.15:    Patent Analysis: The Self-Collision Preventing and Avoid System between Drone and Drone Based on Near Field Communication Network
Table 3.16:    Patent Analysis: Industrial UAV Management and Control System and Method
Table 3.17:    Analyzing Threat from New Entrants in Global Urban Air Mobility Market
Table 3.18:    Analyzing Threat from Substitute Products in Global Urban Air Mobility Market
Table 3.19:    Analyzing Bargaining Power of Suppliers in Global Urban Air Mobility Market
Table 3.20:    Analyzing Bargaining Power of Buyers in Global Urban Air Mobility Market
Table 3.21:    Analyzing Intensity of Competitive Rivalry in Global Urban Air Mobility Market
Table 3.22:    Technical Data
Table 3.23:    List of Countries with UAM
Table 5.1:    Technical Specification of Aircrafts
Table 5.2:    Technical Specifications of Rotor Wing
Table 5.3:    Technical Specifications of Fixed Wing
Table 5.4:    Technical Specifications of Hybrid Wing
Table 6.1:    Key Technologies Enabling UTM
Table 7.1:    VTOL/eVTOL Mobility Services
Table 7.2:    Technical Specifications of Air Taxi
Table 7.3:    Technical Specifications of Airport Shuttle
Table 7.4:    Technical Specifications of Last-Mile Delivery
Table 7.5:    Cost Structure of Last-Mile Delivery
Table 7.6:    Technical Specifications of Air Metro
Table 8.1:    Classification of Aircraft Type by Mode of Operation
Table 9.1:    Differentiation Parameters of Intracity and Intercity Travel Ranges
Table 10.1:    Population of Megacities
Table 11.1:    List of Emerging Companies
 

List of Figures

Figure 1:    Global Urban Air Mobility Framework
Figure 2:    Scenarios of Commercial Availability of Urban Air Mobility
Figure 3:    Global Urban Air Mobility Market, 2023-2035
Figure 4:    Global Urban Air Mobility Market, 2023-2035
Figure 5:    Global Urban Air Mobility Market (by Aircraft Type), Value ($Billion), 2023-2035
Figure 6:    Global Urban Air Mobility Market (by Use Case), Value ($Billion), 2023-2035
Figure 1.1:    Market Dynamics Snapshot
Figure 1.2:    Number of UAVs in the U.S., 2017-2022 (Million Units)
Figure 1.3:    Population Scenario of Urban Cities, 2015 and 2030
Figure 1.4:    Certification and Law required for Autonomous Flights
Figure 2.1:    Key Strategies Adopted by Market Players
Figure 2.2:    Percentage Share of Strategies Adopted by the Market Players, January 2016-March 2019s
Figure 2.3:    Competitive Benchmarking, 2018
Figure 3.1:    UAM Route to Commercial Reality
Figure 3.2:    Road Map Toward Urban Air Mobility Market
Figure 3.3:    Funding Scenario: Start-Ups in Urban Air Mobility Market, 2015-2018
Figure 3.4:    Urban Air Mobility Market: Funding Scenario (by Stakeholders), 2015-2018
Figure 3.5:    Energy Sources of the eVTOL Aircrafts
Figure 3.6:    Porter’s Five Forces Analysis of Global Urban Air Mobility Market
Figure 3.7:    Threat from New Entrants
Figure 3.8:    Threat from Substitute Products
Figure 3.9:    Bargaining Power of Suppliers
Figure 3.10:    Bargaining Power of Buyers
Figure 3.11:    Intensity of Competitive Rivalry
Figure 4.1:    Global Urban Air Mobility Market, Value ($Million), 2023-2035
Figure 5.1:    Classification of Global Urban Air Mobility Market (by Aircraft Type)
Figure 5.2:    Global Urban Air Mobility Market (by Aircraft Type), Value ($Billion), 2023-2035
Figure 5.3:    Global Urban Air Mobility Market (by Aircraft Type), Volume (Units),  2023-2035
Figure 5.4:    Global Urban Air Mobility Market (by Rotor Wing), Value ($Million), 2023-2035
Figure 5.5:    Global Urban Air Mobility Market (by Fixed Wing), Value ($Million), 2023-2035
Figure 5.6:    Global Urban Air Mobility Market (by Hybrid Wing), Value ($Million), 2023-2035
Figure 5.7:    Global Urban Air Mobility Market (by Last Mile Delivery), Volume (Units),  2023-2035
Figure 5.8:    Global Last Mile Delivery Urban Air Mobility Market (by Drone Type), Volume (Units), 2023
Figure 6.1:    Classification of Global Urban Air Mobility Market (by Infrastructure)
Figure 6.2:    Steps for UAM through Vertiports
Figure 6.3:    Comparison between UTM and ATM
Figure 7.1:    Classification of Global Urban Air Mobility Market (by Use Case)
Figure 7.2:    Global Urban Air Mobility Market (by Use Case), Value ($Billion), 2023-2035
Figure 7.3:    Global Urban Air Mobility Market (Air Taxi), Value ($Billion), 2023-2035
Figure 7.4:    Global Urban Air Mobility Market (Air Ambulance), Value ($Million), 2025-2035
Figure 7.5:    Functioning of Air Ambulance
Figure 7.6:    Global Urban Air Mobility Market (Airport Shuttle), Value ($Billion), 2023-2035
Figure 7.7:    Global Urban Air Mobility Market (Last Mile Delivery), Value ($Million), 2023-2035
Figure 7.8:    Global Urban Air Mobility Market (Personal Air Vehicle), Value ($Million), 2025-2035
Figure 7.9:    Global Urban Air Mobility Market (Air Metro), Value ($Million), 2031-2035
Figure 8.1:    Classification of Global Urban Air Mobility Market (by Operation)
Figure 8.2:    Global Urban Air Mobility Market (by Operation), Value ($Billion), 2023-2035
Figure 8.3:    Aircraft Operation Type Scenario
Figure 8.4:    Global Urban Air Mobility Market (by Piloted Operation), Value ($Billion), 2023-2035
Figure 8.5:    Global Urban Air Mobility Market (by Autonomous Operation), Value ($Million), 2023-2035
Figure 9.1:    Classification of Global Urban Air Mobility Market (by Travel Range)
Figure 9.2:    Global Urban Air Mobility Market (by Travel Range), Value ($Billion), 2023-2035
Figure 9.3:    Global Urban Air Mobility Market (by Intercity), Value ($Million), 2023-2035
Figure 9.4:    Global Urban Air Mobility Market (by Intracity), Value ($Billion), 2023-2035
Figure 10.1:    Classification of Global Urban Air Mobility Market (by Region)
Figure 10.2:    Urban Population of the U.S., 2015-2019
Figure 10.3:    The U.S. Urban Air Mobility Market, Value ($Billion), 2023-2035
Figure 10.4:    Urban Population of Europe, 2015-2019
Figure 10.5:    The U.K. Urban Air Mobility Market, Value ($Million), 2023-2035
Figure 10.6:    Germany Urban Air Mobility Market, Value ($Million), 2023-2035
Figure 10.7:    France Urban Air Mobility Market, Value ($Million), 2023-2035
Figure 10.8:    Netherlands Urban Air Mobility Market, Value ($Million), 2023-2035
Figure 10.9:    Urban Population of Asia-Pacific, 2015-2019
Figure 10.10:    China Urban Air Mobility Market, Value ($Million), 2023-2035
Figure 10.11:    Singapore Urban Air Mobility Market, Value ($Million), 2023-2035
Figure 10.12:    Japan Urban Air Mobility Market, Value ($Million), 2023-2035
Figure 10.13:    South Korea Urban Air Mobility Market, Value ($Million), 2023-2035
Figure 10.14:    Brazil Urban Air Mobility Market, Value ($Million), 2023-2035
Figure 10.15:    The U.A.E. Urban Air Mobility Market, Value ($Billion), 2023-2035
Figure 11.1:    Share of Key Company Profiles
Figure 11.2:    Airbus S.A.S - Product Offerings
Figure 11.3:    Airbus S.A.S – Overall Financials, 2016-2018
Figure 11.4:    Airbus S.A.S – Revenue by Business Segment, 2016-2018
Figure 11.5:    Airbus S.A.S – Net Revenue by Region, 2016-2018
Figure 11.6:    Airbus S.A.S – Research and Development Expenditure
Figure 11.7:    SWOT Analysis - Airbus S.A.S
Figure 11.8:    Airspace Experience Technologies, Inc. – Product Offerings
Figure 11.9:    SWOT Analysis – Airspace Experience Technologies, Inc.
Figure 11.10:    Aurora Flight Sciences - Product Offerings
Figure 11.11:    SWOT Analysis – Aurora Flight Sciences
Figure 11.12:    Product Offering - Bell Helicopter
Figure 11.13:    SWOT Analysis – Bell Helicopter
Figure 11.14:    Product Offering – Delorean Aerospace
Figure 11.15:    SWOT Analysis – DeLorean Aerospace LLC
Figure 11.16:    Product Offering – Embraer SA
Figure 11.17:    Embraer SA: Overall Financials, 2015-2017
Figure 11.18:    Embraer SA: Business Revenue Mix, 2015-2017
Figure 11.19:    SWOT Analysis – Embraer SA
Figure 11.20:    Karem Aircraft, Inc. – Product Offerings
Figure 11.21:    SWOT Analysis – Karem Aircraft, Inc.
Figure 11.22:    Kitty Hawk – Product Offerings
Figure 11.23:    SWOT Analysis – Kitty Hawk
Figure 11.24:    Lilium GmbH – Product Offerings
Figure 11.25:    Lilium GmbH – Product Development Roadmap
Figure 11.26:    SWOT Analysis – Lilium GmbH
Figure 11.27:    Neva Aerospace – Product Offerings
Figure 11.28:    SWOT Analysis – Neva Aerospace
Figure 11.29:    Opener – Product Offerings
Figure 11.30:    SWOT Analysis – Opener
Figure 11.31:    Pipistrel Product Offering
Figure 11.32:    SWOT Analysis – Pipistrel Group
Figure 11.33:    The Boeing Company - Product Offerings
Figure 11.34:    The Boeing Company - Overall Financials, 2016-2018
Figure 11.35:    The Boeing Company - Business Revenue Mix, 2016-2018
Figure 11.36:    The Boeing Company - Region Revenue Mix, 2016-2018
Figure 11.37:    The Boeing Company – R&D Expenditure, 2016-2018
Figure 11.38:    SWOT Analysis – The Boeing Company
Figure 11.39:    Volocopter GmbH – Product Offerings
Figure 11.40:    SWOT Analysis – Volocopter GmbH
Figure 11.41:    Workhorse Group, Inc. – Product Offerings
Figure 11.42:    Worhorse Group, Inc. – Overall Financials, 2017-2018
Figure 11.43:    SWOT Analysis – Workhorse Group, Inc.
Figure 12.1:    Global Urban Air Mobility Market Segmentation
Figure 12.2:    Urban Air Mobility Market Research Methodology
Figure 12.3:    Secondary Data Sources
Figure 12.4:    Bottom-up and Top-Down Approach
Figure 12.5:    Urban Air Mobility Market: Influencing Factors
Figure 12.6:    Assumptions and Limitations

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