The U.S. Urban Air Mobility (UAM) Market

Focus on Range, Application, Ecosystem, Operation, End-Use Industry, and Platform Architecture - Analysis and Forecast, 2023-2035

Published Year: 2021
SKU: SAU1128SA

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1 Markets

1.1    Industry Outlook
        1.1.1    Urban Air Mobility Market: Overview
        1.1.2    U.S. Regulatory Framework
                   1.1.2.1    Federal Aviation Administration (FAA)
        1.1.3    Investment Scenario: Start-Ups and Stakeholders in UAM Market
        1.1.4    U.S. Leading Manufacturers, Products, and Technical Specifications
1.2    Business Dynamics
         1.2.1    Business Drivers
                     1.2.1.1    Growing Need for an Alternate Mode of Transportation in Urban Mobility
                     1.2.1.2    Demand for an Efficient Mode of Logistics and Transportation Service
                     1.2.1.3    Adoption of Urban Air Mobility Due to Environmental Concerns
         1.2.2    Business Challenges
                     1.2.2.1    Short-Term Challenges
                                    1.2.2.1.1    Impact of COVID-19 on Urban Air Mobility Market
                     1.2.2.2    Long-Term Challenges
                                   1.2.2.2.1    Lack of Technology in Infrastructure in Megacities
         1.2.3    Key Business Developments
         1.2.4    Business Strategies
         1.2.5    Corporate Strategies
         1.2.6    Business Opportunities
                     1.2.6.1    Increasing Demand for Air Ambulance Vehicles

2 Application

2.1    Overview
2.2    U.S. Urban Air Mobility Market – By Range
         2.2.1    <20 km
         2.2.2    20 km - 100 km
         2.2.3    100 km - 400 km
         2.2.4    >400 km
                     2.2.4.1    Demand Analysis for U.S. Urban Air Mobility Market (by Range)
2.3    U.S. Urban Air Mobility Market (by Application)
         2.3.1    Passenger Transportation
         2.3.2    Cargo Transportation
         2.3.3    Medical and Emergency Aid Transportation
         2.3.4    Food Delivery
                     2.3.4.1    Demand Analysis for U.S. Urban Air Mobility Market (by Application)

3 Products

3.1    Overview
3.2    U.S. Urban Air Mobility Market (by Ecosystem)
         3.2.1    Platform
                     3.2.1.1    Delivery Drones
                     3.2.1.2    eVTOLs
                                    3.2.1.2.1    Air Taxi
                                    3.2.1.2.2    Personal Air Vehicles
                                    3.2.1.2.3    Air Ambulance and Medical Transportation Vehicles
                     3.2.1.3    Demand Analysis for U.S. Urban Air Mobility Market (by Platform)
                                    3.2.1.3.1    U.S. Urban Air Mobility Market (by Utilization - Flight Hours, Number of Delivery Drones/eVTOLs and Trips per Year)
         3.2.2    Infrastructure
                     3.2.2.1    UTM
                     3.2.2.2    Vertiports
                     3.2.2.3    Charging Stations
3.3    U.S. Urban Air Mobility Market (by Operation)
         3.3.1    Piloted Operation
         3.3.2    Optionally Piloted
         3.3.3    Autonomous Operation
                     3.3.3.1    Demand Analysis for U.S. Urban Air Mobility Market (by Operation)
3.4    U.S. Urban Air Mobility Market (by End-Use Industry)
         3.4.1    E-commerce
         3.4.2    Healthcare
         3.4.3    Food Delivery
         3.4.4    Transportation and Logistics
         3.4.5    Tourism
         3.4.6    Others
                     3.4.6.1    Demand Analysis for U.S. Urban Air Mobility Market, by End-Use Industry
3.5    U.S. Urban Air Mobility Market (by Platform Architecture)
         3.5.1    Fixed Wing
         3.5.2    Rotor Wing
         3.5.3    Others
                     3.5.3.1    Tilt Rotor
                     3.5.3.2    Thrust Vector Control
                     3.5.3.3    Demand Analysis for U.S. Urban Air Mobility Market, by Platform Architecture

4 Markets - Competitive Benchmarking & Company Profiles

4.1    Competitive Benchmarking
4.2    Acubed-Airbus
        4.2.1    Company Overview
                    4.2.1.1    Role of Acubed-Airbus in U.S. Urban Air Mobility Market
                                   4.2.1.1.1    Product Portfolio
        4.2.2    Business Strategies
                    4.2.2.1    Product Developments and Demonstrations
        4.2.3    Corporate Strategies
                    4.2.3.1.1    Partnerships
        4.2.4    Strengths and Weaknesses of Acubed-Airbus
        4.2.5    R&D Analysis
4.3    Airspace Experience Technologies, Inc.
        4.3.1    Company Overview
                    4.3.1.1    Role of Airspace Experience Technologies, Inc. in U.S. Urban Air Mobility Market
                    4.3.1.2    Product Portfolio
        4.3.2    Business Strategies
                    4.3.2.1    Product Developments
        4.3.3    Corporate Strategies
                    4.3.3.1    Memorandum of Understanding
        4.3.4    Strengths and Weaknesses of Airspace Experience Technologies, Inc.
4.4    Aurora Flight Sciences
        4.4.1    Company Overview
                    4.4.1.1    Role of Aurora Flight Sciences in U.S. Urban Air Mobility Market
                    4.4.1.2    Product Portfolio
        4.4.2    Corporate Strategies
                   4.4.2.1    Corporate Strategies
        4.4.3    Strengths and Weaknesses of Aurora Flight Sciences
4.5    Bell Textron Inc.
         4.5.1    Company Overview
                     4.5.1.1    Role of Bell Textron Inc. in U.S. Urban Air Mobility Market
                     4.5.1.2    Product Portfolio
        4.5.2    Business Strategies
                    4.5.2.1    Product Developments and Launches
        4.5.3    Corporate Strategies
                    4.5.3.1    Partnership
        4.5.4    Strengths and Weaknesses of Bell Textron Inc
4.6    DELOREAN AEROSPACE, LLC
         4.6.1    Company Overview
                     4.6.1.1    Role of DELOREAN AEROSPACE, LLC in U.S. Urban Air Mobility Market    
                     4.6.1.2    Product Portfolio
         4.6.2    Strengths and Weaknesses of DELOREAN AEROSPACE, LLC
4.7    EVE Air Mobility
         4.7.1    Company Overview
                     4.7.1.1    Role of Eve Air Mobility in U.S. Urban Air Mobility Market
                     4.7.1.2    Product Portfolio
         4.7.2    Business Strategies
                     4.7.2.1    Business Expansion
         4.7.3    Corporate Strategies
                     4.7.3.1    Collaboration
         4.7.4    Strengths and Weaknesses of Eve Air Mobility
4.8    Jaunt Air Mobility LLC
         4.8.1    Company Overview
                     4.8.1.1    Role of Jaunt Air Mobility LLC in U.S. Urban Air Mobility Market
                     4.8.1.2    Product Portfolio
         4.8.2    Corporate Strategies
                     4.8.2.1    Partnerships and MoUs
                     4.8.2.2    Agreements and Acquisitions
                     4.8.2.3    Strengths and Weaknesses of Jaunt Air Mobility LLC
4.9    Joby Aviation
         4.9.1    Company Overview
                     4.9.1.1    Role of Joby Aviation in U.S. Urban Air Mobility Market
                     4.9.1.2    Product Portfolio
         4.9.2    Corporate Strategies
                     4.9.2.1    Merger, Agreement, and Acquisitions
         4.9.3    Strengths and Weaknesses of Joby Aviation
4.10    Kitty Hawk
           4.10.1    Company Overview
                         4.10.1.1    Role of Kitty Hawk in U.S. Urban Air Mobility Market
                         4.10.1.2    Product Portfolio
           4.10.2    Corporate Strategies
                         4.10.2.1    Partnerships
           4.10.3    Strengths and Weaknesses of Kitty Hawk
4.11    Opener
           4.11.1    Company Overview
                         4.11.1.1    Role of Opener in U.S. Urban Air Mobility Market
                         4.11.1.2    Product Portfolio
           4.11.2    Business Strategies
                         4.11.2.1    Award and Expansion
           4.11.3    Strengths and Weaknesses of Opener
4.12    Other Key Players
           4.12.1    Electra Aero, Inc.
           4.12.2    Honeywell International Inc.
           4.12.3    Overair, Inc.
           4.12.4    Trek Aerospace, Inc.
           4.12.5    Varon Vehicles Corporation
           4.12.6    Wing Aviation LLC
           4.12.7    Wisk Aero LLC

5 Research Methodology

Research Methodology

List of Tables

Table 1:    U.S. Start-ups Funding, January 2015- March 2021
Table 2:    Technical Data of Key Products
Table 3:    Impact Analysis of Market Drivers
Table 4:    U.S. Urban Air Mobility Market (by Range), $Million, 2023-2035
Table 5:    U.S. Urban Air Mobility Market (by Application through Delivery Drones), $Million, 2023-2035
Table 6:    U.S. Urban Air Mobility Market (by Application through eVTOLs), $Million, 2023-2035
Table 7:    U.S. Urban Air Mobility Market (by Platform), $Million, 2023-2035
Table 8:    U.S. Urban Air Mobility Market for Delivery Drones, by Number of Delivery Drones and Trips Per Year, 2023-2035
Table 9:    U.S. Urban Air Mobility Market for eVTOLs, by Number of eVTOLs and Trips Per Year, 2023-2035
Table 10:    Classification of Aircraft Type by Mode of Operation
Table 11:    U.S. Urban Air Mobility Market (by Operation), $Million, 2023-2035
Table 12:    U.S. Urban Air Mobility Market, by End-use Industry (through Drones), $Million, 2023-2035
Table 13:    U.S. Urban Air Mobility Market, by End-use Industry (through eVTOLs), $Million, 2023-2035
Table 14:    U.S. Urban Air Mobility Market (by Platform Architecture), $Million, 2023-2035
Table 15:    Benchmarking and Weightage Parameters
Table 16:    Acubed-Airbus: Product Portfolio
Table 17:    Acubed-Airbus Product Developments and Demonstrations
Table 18:    Acubed-Airbus Partnership
Table 19:    Airspace Experience Technologies, Inc. Product Portfolio
Table 20:    Airspace Experience Technologies, Inc. Product Developments
Table 21:    Airspace Experience Technologies, Inc. Memorandum of Understanding
Table 22:    Aurora Flight Sciences: Product Portfolio
Table 23:    Aurora Flight Sciences MoUs and Agreements
Table 24:    Bell Textron Inc.: Product Portfolio
Table 25:    Bell Textron Inc. Product Developments and Launches
Table 26:    Bell Textron Inc. Partnership
Table 27:    DELOREAN AEROSPACE, LLC Product Portfolio
Table 28:    Eve Air Mobility Product Portfolio
Table 29:    Eve Air Mobility Business Expansion
Table 30:    Eve Air Mobility Collaboration
Table 31:    Jaunt Air Mobility LLC: Product Portfolio
Table 32:    Jaunt Air Mobility LLC Partnerships and MoUs
Table 33:    Jaunt Air Mobility LLC Agreements and Acquisitions
Table 34:    Joby Aviation Product Portfolio
Table 35:    Joby Aviation Merger, Agreement, and Acquisitions
Table 36:    Kitty Hawk: Product Portfolio
Table 37:    Kitty Hawk Partnerships
Table 38:    Opener: Product Portfolio
Table 39:    Opener Award

List of Figures

Figure 1:    U.S. Urban Air Mobility Market, $Million, 2023-2035
Figure 2:    U.S. Urban Air Mobility Market (by Operation), $Million, 2023 and 2035
Figure 3:    U.S. Urban Air Mobility Market (by Range), $Million, 2023 and 2035
Figure 4:    U.S. Urban Air Mobility Market Coverage
Figure 5:    U.S. Urban Air Mobility Market, Business Dynamics
Figure 6:    Share of Key Business Developments, 2018-2020
Figure 7:    Business Strategies by Key Players, 2018-2020
Figure 8:    Corporate Strategies by Key Players, 2018-2020
Figure 9:    Classification of U.S. Urban Air Mobility (by Application)
Figure 10:    Classification of U.S. Urban Air Mobility (by Range)
Figure 11:    Classification of U.S. Urban Air Mobility Market (by Product)
Figure 12:    U.S. Urban Air Mobility Market for Delivery Drones, by Flight Hours, 2023-2035
Figure 13:    U.S. Urban Air Mobility Market for eVTOLs, by Flight Hours, 2023-2035
Figure 14:    Classification of U.S. Urban Air Mobility Market (by Platform Architecture)
Figure 15:    U.S. Urban Air Mobility Market Competitive Benchmarking
Figure 16:    Airbus R&D, $Billion, (2018-2020)
Figure 17:    Research Methodology
Figure 18:    Top-Down and Bottom-Up Approach
Figure 19:    U.S. Urban Air Mobility Supply Market Influencing Factors
Figure 20:    Assumptions and Limitations

FAQ's

What is the estimated growth rate of the U.S. urban air mobility market in the coming years?

The U.S. urban air mobility market is estimated to reach $18,813.0 million in 2035, at a compound annual growth rate (CAGR) of 23.12% during the forecast period 2023-2035. 

Which are the top market players operating in the U.S. urban air mobility market?

The top market players are Acubed-Airbus, Airspace Experience Technologies, Inc., Aurora Flight Sciences, Bell Textron Inc., DELOREAN AEROSPACE, LLC, EVE Air Mobility, Jaunt Air Mobility LLC, Joby Aviation, Kitty Hawk, Opener.

What are factors driving the growth of the U.S. urban air mobility market?

The major driving factors for the huge revenues generated by the companies are the growing need for an alternate mode of transportation in urban mobility and demand for an efficient mode of logistics and transportation services.

What are challenges restricting the growth of the U.S. urban air mobility market?

The technological limitations such as a lack of better battery technology and higher noise pollution are currently restricting the growth of the industry.

What are some of the opportunities in the U.S. urban air mobility market?

The opportunities that are likely to boost the growth of the U.S. urban air mobility market are increasing demands for air ambulance vehicles.

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The U.S. Urban Air Mobility (UAM) Market

Focus on Range, Application, Ecosystem, Operation, End-Use Industry, and Platform Architecture - Analysis and Forecast, 2023-2035