세계의 첨단 항공 모빌리티(AAM) 시장 분석(2023-2035년) : eVTOL, 화물 운송 및 배송 시장 규모와 예측(2023-2035년), 지상 인프라

Advanced Air Mobility Report 2023-2035: eVTOL, Cargo & Delivery Market Size & Forecast 2022-2035, UTM, and Ground Infrastructure

EUR 4,999 ￦ 8,101,000

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한글목차

세계의 첨단 항공 모빌리티(AAM) 및 상업용 드론 시장에 대해 분석했으며, AAM 개요와 시장 생태계, 주요 부문(eVTOL, 배송 및 화물 운송용 드론, 버티포트, UTM 등)의 개요와 개발 및 보급 전망(향후 프로젝트 정보 등), 각 부문의 시장 규모 추이 및 예측 등의 정보를 정리하여 전해드립니다.

목차

첨단 항공 모빌리티(AAM) 분석

주요 요약

제1장 조사 범위와 방법

제2장 AAM 개요

• 첨단 항공 모빌리티(AAM) : 개요
• 첨단 항공 모빌리티 : AAM 가치
• AAM 생태계
• AAM 생태계 : 기업과 그 역할
• AAM 생태계 : 유사점과 차이점

제3장 eVTOL/여객 플랫폼

• 서론
  • 여객용 드론·eVTOL·에어 택시 : 개요
  • eVTOL 용어
  • eVTOL 가치
  • eVTOL 생태계 수익원
  • 비용 절감
  • 주요 과제와 리스크
• eVTOL 운영과 주요 용도
• eVTOL 기술
  • eVTOL 추진 시스템 질량 비교
  • eVTOL 배터리 용량·중량, 예상 비행 시간
  • eVTOL 배터리 취급·충전 방법
  • eVTOL 배터리 요건과 비용
  • 향후 기술적 개선
• eVTOL 규제
  • AAM 운영 규정과 eVTOL 항공기 인증
  • 조직별·구성 종류별 인증
  • eVTOL의 주요 제조업체가 사용하는 인증 클래스
• eVTOL 자금 조달
  • eVTOL 자금 조달 : 사전 주문
  • eVTOL 자금 조달 : VC/PE(벤처 캐피털/사모펀드) 자금 조달, SPAC(특별 인수 목적 회사) 합병, IPO
  • eVTOL 자금 조달 : 기업 인수합병(M&A)과 주요 국가
• eVTOL 시장 규모와 예측
  • eVTOL 전체적 시장 규모(2023-2035년)
  • eVTOL 시장 규모 : 부문별(2023-2035년)
  • eVTOL 시장 규모 : 지역별(2023-2035년)
  • eVTOL 시장 규모 : 국가별(2023-2035년)
• eVTOL 개발과 기업
  • eVTOL 플랫폼 인증 단계
  • eVTOL 개발 진행 상황
  • eVTOL 개발 타임라인과 주요 마일스톤
  • 주요 제조업체 eVTOL 사양
• 사회적 수용 연구

제4장 배송·화물 운송 플랫폼

• 화물 운송·배송용 드론의 파괴적인 가능성
• 화물 운송·배송 시장 부문
• 이용 사례 시나리오
  • 직송
  • 퍼스트/라스트 마일 배달
  • 미드 마일/피더 배송
  • 허브 전송
• 화물 운송·배송 개발 진행 상황
• 화물 운송·배송 자금 조달
  • 화물 운송·배송 자금 조달 : VC/PE 자금 조달과 주요 국가
  • 화물 운송·배송 자금 조달 : 사전 주문
• 화물 운송·배송 시장 규모
  • 화물 운송·배송 시장 규모 : 카테고리별(2023-2035년)
  • 화물 운송 시장 규모 : 부문별(2023-2035년)
  • 화물 운송 시장 규모 : 지역별(2023-2035년)
  • 화물 운송 시장 규모 : 국가별(2023-2035년)
  • 드론 배송 시장 규모 : 카테고리별(2023-2035년)
  • 드론 배송 시장 규모 : 지역별(2023-2035년)
  • 드론 배송 시장 규모 : 국가별(2023-2035년)
• 화물 운송·배송 : 기업과 시장
• 비지니스 모델
• 화물 운송·배송 서비스 : 재무 및 파트너
• 화물 운송·배송 기술
  • 화물 운송·배송 플랫폼 구성
  • 화물 운송·배송 플랫폼 성능
  • 화물 운송·배송 플랫폼 기술 사양
• 화물 운송·배송용 드론 향후 전개
• 화물 운송·배송용 드론 규제
  • 화물 운송·배송용 드론 운영 규정과 인증
  • 화물 운송·배송용 드론 규제
  • 화물 운송·배송 인증 : 조직 종류별 및 구성별
  • 화물 운송·배송 드론 주요 제조업체가 사용하는 인증 클래스

제5장 지상 인프라

• 버티포트 : 개요
  • 버티포트 종류
  • 버티포트 설계 기준과 NAA 가이드라인
• 주요 용도와 장소
  • 버티포트의 주요 용도와 장소
  • 주요 용도와 배포 스테이션
• 지상 조업
  • 지상 조업 : 개요와 역할의 정의
  • 지상 조업 : 순서, 역할, 개요
  • 지상 조업 : 시나리오 사례
• 배송용 드론의 드론 도크 제조업체
• 세계의 버티포트 디자이너/제조업체
• 세계의 버티포트 프로젝트

제6장 무인 교통 관리(UTM)

• UTM 목표
• 드론 시장 세분화
• UTM 시스템 아키텍처
• UTM 도입 상황
• UTM 규제 타임라인
• UTM 프레임워크 국제 비교
• UTM 표준
• 정부 트라이얼 프로그램
• 시장 관계자
• 다음 스텝과 과제

부록

ksm

영문 목차

영문목차

Insights on the commercial drone market and advanced air mobility

Data on all of the core topics: eVTOLs, Delivery/Cargo Drones, Vertiports, and UTM

• Extensive 129-page Advanced Air Mobility Report with in-depth analysis and information

• Advanced Air Mobility Ecosystem: In-depth analysis of eVTOLs, including technological advancements, comprehensive market forecasts, and evolving regulatory frameworks.

• Delivery and Cargo Drone Platforms: Detailed insights into market sectors, emerging technological trends, funding landscapes, and future development directions.

• Ground Infrastructure for AAM: Overview of vertiport designs and standards, innovative drone docks, and efficient ground handling strategies.

• Unmanned Traffic Management (UTM): Exploration of UTM system architectures, international regulatory timelines, and market segmentation challenges.

• Exclusive data on market size derived specifically for the Advanced Air Mobility Report

Market commentary:

"We use the Drone Market Report frequently as it helps us a lot in our internal decision-making process. It is difficult to find high-quality drone reports but DRONEII's report is reliable and is covering important factors." - Takanori Muto, Imaging Systems, Sony Semiconductors.

"The Drone Market Report has served us well and given thoroughly foundation for our strategical direction with regares to drones." - Mats Mikalsen Kristensen, Vice President - Unmanned Andøya Space.

"Drone Industry Insights provides the most reliable intelligence on the drone industry !" - Andrew Scott, Managing Director - Investment Banking ThinkEquity.

"The Drone Research Subsription allowed us to access DRONEII.com's comprehensive knowledge base to refine our business strategy and support us during critical decision-making. The quality of information is unique and the analyst support helped us to connect with strategically important players in the industry." - Cristoph Schlettig, CEO & Founder at UNISPHERE GmbH.

"With their comprehensive industry knowledge, Drone Industry Insights helped us proritize certain aspects of our strategic decision making. Their thorough understanding of the market is unique and we are happy to have them as a research partner." - Matt Dunlevy, CEO & Chairman at SkySkopes.

"We found the report quite useful in terms of giving us revealing and trustworthy market figures for our analysis and we liked the overview of regulatory status by country a lot." - Alexander Schläpfer, Partner, Swisscom Ventures.

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 129-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.

TABLE OF CONTENTS

ADVANCED AIR MOBILITY REPORT

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. AAM IN GENERAL

• 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

3. eVTOLs / PASSENGER PLATFORMS

• 3.1. Introduction
  • 3.1.1. Passenger Drones, eVTOL, Air Taxis - An Overview
  • 3.1.2. eVTOL Terminology
  • 3.1.3. The Value of eVTOLs
  • 3.1.4. Revenue Streams in the eVTOL Ecosystem
  • 3.1.5. Costs Savings
  • 3.1.6. Key Challenges and Risks
• 3.2. eVTOL Operation and Leading Applications
• 3.3. eVTOL Technology
  • 3.3.1. eVTOL Propulsion System Mass Comparison
  • 3.3.3. eVTOL Battery Capacity, Weight, and Projected Flight Time
  • 3.3.4. eVTOL Battery Handling & Charging
  • 3.3.5. eVTOL Battery Requirements and Costs
  • 3.3.6. Upcoming Technical Improvements
• 3.4. eVTOL Regulation
  • 3.4.1. AAM Operating Rules and Certification of eVTOL Aircraft
  • 3.4.2. Certification By Type of Organization and Configuration
  • 3.4.3. Certification Classes Used by Leading eVTOL Manufacturers
• 3.5. eVTOL Funding
  • 3.5.1. eVTOL Funding - Pre-Orders
  • 3.5.2. eVTOL Funding - VC/PE Funding, SPAC Mergers, and IPOs
  • 3.5.3. eVTOL Funding - M&As and Leading Countries
• 3.6. eVTOL Market Size and Forecast
  • 3.6.1. eVTOL Total Market Size 2023-2035
  • 3.6.2. eVTOL Market Size 2023-2035 by Segment
  • 3.6.3. eVTOL Market Size 2023-2035 by Region
  • 3.6.4. eVTOL Market Size 2023-2035 by Country
• 3.7. eVTOL Development and Players
  • 3.7.1. Certification Stage of eVTOL Platforms
  • 3.7.2. eVTOL Development Progress
  • 3.7.3. eVTOL Development Timeline and Major Milestones
  • 3.7.4. eVTOL Specifications of Leading Manufacturers
• 3.9. Social Acceptance Studies

4. DELIVERY & CARGO PLATFORMS

• 4.1. The Disruptive Potential of Cargo & Delivery Drones
• 4.2. 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. Cargo & Delivery Development Progress
• 4.5. Cargo & Delivery Funding
  • 4.5.1. Cargo & Delivery Funding - VC/PE Funding And Leading Countries
  • 4.5.2. Cargo & Delivery Funding - Pre-Orders
• 4.6. Cargo & Delivery Market Size
  • 4.6.1. Cargo & Delivery Market Size 2023-2035 By Category
  • 4.6.2. Cargo Market Size 2023-2035 By Segment
  • 4.6.3. Cargo Market Size 2023-2035 By Region
  • 4.6.4. Cargo Market Size 2023-2035 By Country
  • 4.6.5. Drone Delivery Market Size 2023-2035 By Segment
  • 4.6.6. Drone Delivery Market Size 2023-2035 By Region
  • 4.6.7. Drone Delivery Market Size 2023-2035 By Country
• 4.7. Cargo & Delivery - Players & Markets
• 4.8. Business Models
• 4.9. Cargo & Delivery Services - Financials And Partners
• 4.10. Cargo & Delivery Technology
  • 4.10.1. Configurations of Cargo & Delivery Platforms
  • 4.10.2. Performance of Cargo & Delivery Platforms
  • 4.10.3. Technical Specifications of Cargo & Delivery Platforms
• 4.11. Future Development of Cargo & Delivery Drones
• 4.12. Cargo & Delivery Drone Regulation
  • 4.12.1. Operating Rules and Certification of Cargo & Delivery Drones
  • 4.12.2. Regulation For Cargo and Delivery Drones
  • 4.12.3. Certification of Cargo & Delivery by Organization Type and Configuration
  • 4.12.4. Certification Classes used by Leading Cargo & Delivery Drone Manufacturers

5. GROUND INFRASTRUCTURE

• 5.1. Vertiport Introduction
  • 5.1.1. Vertiport Types
  • 5.1.2. Vertiport Design Standard and NAA Guidelines
• 5.2. Top Applications and Locations
  • 5.2.1. Top Applications and Vertiport Locations
  • 5.2.2. Top Applications and Delivery Stations
• 5.3. Ground Handling
  • 5.3.1. Ground Handling - Overview and Role Definition
  • 5.3.2. Ground Handling - Sequence, Roles, and Description
  • 5.3.3. Ground Handling - Example Scenarios
• 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

ANNEX

• Glossary

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: AAM Terminology
• Figure 6: eVTOL Configurations
• Figure 7: Revenue Streams in the eVTOL Ecosystem
• Figure 8: eVTOL Operation And Leading Applications
• Figure 9: eVTOL Mission Types and Modes of Transportation
• Figure 10: eVTOL Propulsion System Mass Comparison
• Figure 11: eVTOL Battery Capacity and Range
• Figure 12: Battery Charging vs. Battery Swap
• Figure 13: Batteries as Part of Operational Costs
• Figure 14: Upcoming Technical Improvements
• Figure 15: Certification of eVTOL aircraft
• Figure 16: Certification by Type of Organization
• Figure 17: Certification by Platform Configuration
• Figure 18: Number of Disclosed Binding and Non-Binding eVTOL Pre-Orders per Manufacturer
• Figure 19: eVTOL Investments
• Figure 20: eVTOL Stocks and Market Cap
• Figure 21: eVTOL Mergers and Acquisitions
• Figure 22: Total eVTOL Investments by Country
• Figure 23: eVTOL Total Market Size 2023-2035
• Figure 24: eVTOL Market Size 2023-2035 by Segment
• Figure 25: eVTOL Market Size 2023-2035 by Region
• Figure 26: eVTOL Market Size 2023-2035 by Country
• Figure 27: eVTOL Certification Stage
• Figure 28: eVTOL Development Progress - Trust vs. Development
• Figure 29: AAM Timeline and Milestones
• Figure 30: Road-based vs. Drone-Supported Transportation Network
• Figure 31: General Delivery Workflow
• Figure 32: Delivery Chain: Vendor (PoP) to Consumer (PoC)
• Figure 33: Delivery Chain: First and Last-Mile Delivery
• Figure 34: Delivery Chain: Mid-Mile/Feeder Delivery
• Figure 35: Delivery Chain: Hub Forwarding
• Figure 36: Cargo & Delivery Drone Development Progress - Diagram
• Figure 37: Drone Cargo & Delivery Investments
• Figure 38: Drone Cargo & Delivery Investments per Country
• Figure 39: Number of Disclosed Binding and Non-Binding Cargo & Delivery Pre-Orders per Manufacturer
• Figure 40: Cargo & Drone Delivery Market Size 2023-2035 by Category
• Figure 41: Cargo Market Size 2023-2035 by Segment
• Figure 42: Cargo Market Size 2023-2035 by Region
• Figure 43: Cargo Market Size 2023-2035 by Country
• Figure 44: Drone Delivery Market Size 2023-2035 by Segment
• Figure 45: Drone Delivery Market Size 2023-2035 by Region
• Figure 46: Drone Delivery Market Size 2023-2035 by Country
• Figure 47: Business Models Overview
• Figure 48: Typical Delivery Platform Configurations
• Figure 49: Delivery Platform Performance (<25kg MTOW)
• Figure 50: Delivery Platform Performance (>25kg MTOW)
• Figure 51: Certification of Big Cargo Drones and Small Delivery Drones
• Figure 52: Certification by Type of Organization
• Figure 53: Certification by Platform Configuration
• Figure 54: Vertiport Types
• Figure 55: UTM System Overview
• Figure 56: UTM as Part of The Drone Market
• Figure 57: UTM System Architecture
• Figure 58: UTM Regulation Timeline

TABLES

• Table 1: Certification Classes used by eVTOL Manufacturers
• Table 2: eVTOL Development Progress Ranking
• Table 3: eVTOL Specifications of Leading Manufacturers
• Table 4: Developed vs. Developing Market Rationale for Drone Deliveries
• Table 5: Market Sectors and Delivery Types
• Table 6: Cargo & Delivery Drone Development Progress Ranking 2023
• Table 7: 30 Leading Drone Cargo & Delivery Players and Markets
• Table 8: Drone Delivery Business Opportunities According to Market Segment
• Table 9: Financials and Partners of the 30 Leading Cargo & Delivery Services
• Table 9: Technical Specifications of 30 Cargo & Delivery Platforms (Sorted By Cargo Capacity)
• Table 10: Certification Classes used by Cargo And Delivery Drone Manufacturers
• Table 11: eVTOL Applications Ranked by Usefulness and Economic Benefit
• Table 12: Cargo & Delivery Applications Ranked by Usefulness and Economic Benefit
• Table 13: Vertiport Ground Handling Roles and Job Description
• Table 14: Vertiport Ground Handling Sequence and Description
• Table 15: List of Vertiport Ground Handling Elements and Estimated Duration
• Table 16: Vertiport Ground Handling Examples
• Table 17: Global Drone Dock Manufacturers
• Table 18: Global Vertiport Designers/Manufacturers
• Table 19: Global Vertiport Projects
• Table 20: Status of UTM Implementation
• Table 21: International UTM Framework Comparison
• Table 22: List of UTM Standards
• Table 23: Governmental UTM Trial Programs
• Table 24: UTM Market Players

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