DRONEII‘s Advanced Air Mobility Report provides even more data and exclusive insights on the global drone market, coming directly from drone industry professionals themselves.
AAM encompasses UAM (Urban Air Mobility) and RAM (Regional Air Mobility). For that reason, the report dives more deeply into the topics of advanced air mobility auch as passenger drones, cargo drones, ground infrastructure (structure types, vertiports, etc), and UTM (Unmanned Traffic Management). These are the core topics affecting the future of air mobility and shaping the way societies will implement air transportation.
The 111-page Advanced Air Mobility Report also includes all public data on the timelines and plans by passenger drone companies as well as exclusive information directly from companies about the status of their projects. In summary, this report is designed to provide an all-inclusive one-stop shop for the latest insights on air mobility and the future of aerial transportation of people and goods.
ADVANCED AIR MOBILITY REPORT
GLOSSARY
EXECUTIVE SUMMARY
1 SCOPE AND METHODOLOGY
1.1 Research Methodology
1.2 Scope Definition & Research Design
1.3 Data Collection
1.4 Data Analysis
1.5 Market Model
1.6 Data Validation
1.7 Report Creation
2 INTRODUCTION
2.1 Advanced air mobility – overview
2.2 Advanced air mobility – the value of AAM
2.3 The AAM ecosystem
2.4 The AAM ecosystem – players & roles
2.5 The AAM ecosystem – similarities & differences
2.6 AAM operating rules and certification of eVTOL aircraft
2.7 Certification by organization type and configuration
2.8 Certification classes used by leading eVTOL manufacturers
2.9 Regulation for delivery drones
2.10 AAM funding – VC funding, private equity and pre-orders
2.11 AAM funding – SPAC’s, M&A’s and leading countries
2.12 Development stage of passenger and large cargo platforms
2.13 eVTOL development ranking
2.14 eVTOL operation and leading applications
2.15 eVTOL propulsion system mass comparison
2.16 eVTOL battery capacity, weight and projected flight time
2.17 eVTOL battery requirements, handling and costs
2.18 Social acceptance studies
3 PASSENGER DRONES (eVTOLs)
3.1 Passenger drones, eVTOLs, air taxis – same same, but different
3.2 eVTOL terminology
3.3 The value of eVTOL
3.4 eVTOL development timeline and major milestone
3.5 eVTOL specifications of leading manufacturers
3.6 Upcoming technical improvements
4 CARGO/DELIVERY DRONES
4.1 The disruptive potential of delivery drones
4.2 Drone cargo/delivery market sectors
4.3 Use-case scenarios
4.3.1 Direct delivery
4.3.2 First & last mile delivery
4.3.3 Mid-mile/feeder delivery
4.3.4 Hub forwarding
4.4 Drone cargo/delivery – solutions & markets
4.5 Business models
4.6 Drone cargo/delivery – financials and partners
4.7 Configurations of cargo/delivery platforms
4.8 Performance of cargo/delivery platforms
4.9 Technical specifications of cargo/delivery platforms
4.10 Future development of drone cargo/delivery
5 GROUND INFRASTRUCTURE
5.1 Vertiport introduction & Vertiport types
5.2 Top eVTOL applications and Vertiport locations
5.3 Top drone delivery applications and delivery stations
5.4 Drone dock manufacturers for delivery drones
5.5 Global Vertiport designer/manufacturer
5.6 Global Vertiport projects
6 UNMANNED TRAFFIC MANAGEMENT (UTM)
6.1 The goals of UTM
6.2 Drone market segmentation
6.3 UTM system architecture
6.4 Status of UTM implementation
6.5 UTM regulation timeline
6.6 International UTM framework comparison
6.7 UTM Standards
6.8 Governmental Trial Programs
6.9 Market Players
6.10 Next Steps and Challenges
7 AAM MARKET SIZE AND FORECAST 2022-2035
7.1 Advanced air mobility market size 2022-2035
7.2 Advanced air mobility market by segment
7.2.1 Advanced air mobility market size 2022-2035 by segment
7.2.2 Passenger market size 2022-2035 by segment
7.2.3 Big cargo market size 2022-2035 by segment
7.2.4 Small cargo market size 2022-2035 by segment
7.3 Advanced air mobility market by region
7.3.1 Advanced air mobility market size 2022-2035 by region
7.3.2 Passenger market size 2022-2035 by region
7.3.3 Big cargo market size 2022-2035 by region
7.3.4 Small cargo market size 2022-2035 by region
7.4 Advanced air mobility market by country
7.4.1 Advanced air mobility market size 2022-2035 by country
7.4.2 Passenger market size 2022-2035 by country
7.4.3 Big cargo market size 2022-2035 by country
7.4.4 Small cargo market size 2022-2035 by country
ADVANCED AIR MOBILITY REPORT
FIGURES
Figure 1: AAM vs. conventional air mobility
Figure 2: AAM ecosystem roles and influencing factors
Figure 3: AAM development status by role
Figure 4: AAM overview – similarities and differences between platform types
Figure 5: Certification of eVTOL aircraft
Figure 6: Certification by platform configuration
Figure 7: Drone delivery regulation development
Figure 8: Total drone industry investments
Figure 9: eVTOL investments
Figure 10: Drone delivery/cargo investments
Figure 11: Mergers and Acquisitions
Figure 12: Total eVTOL Investments by country
Figure 13: Road to certification – eVTOL development stage
Figure 14: eVTOL operation and leading applications
Figure 15: eVTOL mission types and modes of transportation
Figure 16: eVTOL propulsion system mass comparison
Figure 17: eVTOL battery capacity and range
Figure 18: Batteries as part of operational costs
Figure 19: Battery charging vs. battery swap
Figure 20: AAM terminology decision tree
Figure 21: eVTOL configurations
Figure 22: AAM timeline and milestones
Figure 23: Upcoming technical improvements
Figure 24: Road-based vs. delivery-drone supported transportation network
Figure 25: Drone cargo/delivery market sectors
Figure 26: General delivery workflow
Figure 27: Delivery chain: direct delivery
Figure 28: Delivery chain: first and mid-mile delivery
Figure 29: Delivery chain: mid-mile/feeder delivery
Figure 30: Delivery chain: hub forwarding
Figure 31: Business models overview
Figure 32: Typical delivery platform configurations
Figure 33: Delivery platform performance (<25kg MTOW)
Figure 34: Delivery platform performance (>25kg MTOW)
Figure 35: Vertiport types
Figure 36: eVTOL applications ranked by usefulness and economic benefit
Figure 37: Drone delivery applications ranked by usefulness and economic benefit
Figure 38: UTM system overview
Figure 39: UTM as part of the drone market
Figure 40: UTM system architecture
Figure 41: UTM regulation timeline
Figure 42: Advanced air mobility market size 2022-2035
Figure 43: Advanced air mobility market size 2022-2035 by segment
Figure 44: Passenger market size 2022-2035 by segment
Figure 45: Big cargo market size 2022-2035 by segment
Figure 46: Small cargo market size 2022-2035 by segment
Figure 47: Advanced air mobility market size 2022-2035 by region
Figure 48: Passenger market size 2022-2035 by region
Figure 49: Big cargo market size 2022-2035 by region
Figure 50: Small cargo market size 2022-2035 by region
Figure 51: Advanced air mobility market size 2022-2035 by country
Figure 52: Passenger market size 2022-2035 by country
Figure 53: Big cargo market size 2022-2035 by country
Figure 54: Small cargo market size 2022-2035 by country
TABLES
Table 1: Certification by organization type
Table 2: Certification classes by manufacturer
Table 3: eVTOL development ranking
Table 4: eVTOL specifications of leading manufacturers
Table 5: Developed vs. developing market rationale for drone deliveries
Table 6: 30 Leading drone delivery/cargo services with solution & market information
Table 7: Drone delivery business opportunities according to market segments
Table 8: Financials and partners of the 30 leading drone cargo/delivery services
Table 9: Technical specifications of cargo & delivery platforms (sorted by cargo capacity)
Table 10: Global drone dock manufacturers
Table 11: Global Vertiport Designers/Manufacturer
Table 12: Global Vertiport Projects
Table 13: Status of UTM implementation
Table 14: International UTM framework comparison
Table 15: List of UTM standards
Table 16: 30 governmental UTM trial programs
Table 17: UTM market players
