2025-06-29-世界经济论坛-先进空中机动_为负责任的实施铺平道路（英）_23页_5mb

Advanced Air Mobility (AAM) Responsible Implementation

Overview

• Advanced Air Mobility (AAM) is transitioning from concept to reality, with potential to revolutionize transportation, logistics, healthcare, and emergency response.
• It encompasses various aircraft types, from drones to electric VTOL/STOL vehicles, aiming to address urban congestion and underserved areas.

Key Principles for Responsible Implementation

1. Safety and Security
   • Prioritize security for operations, cybersecurity, and public safety.
2. Societal and Environmental Sustainability
   • Focus on inclusivity, affordability, emissions reduction, and noise pollution mitigation.
3. Resilience and Economic Growth
   • Balance innovation with public interest, promote equitable access, and ensure sustainable business models.

Stakeholder Collaboration

• Authorities: Define regulatory frameworks and international standards.
• Investors: Fund early pilots and support ESG-compliant growth.
• Infrastructure Providers: Build modular infrastructure (vertiports, energy supply).
• OEMs & Suppliers: Develop certified vehicles and propulsion systems.
• Operators: Deploy services and ensure seamless integration with existing transport networks.

Lessons from Real-World Drone Projects

• Operational Feasibility: Early stakeholder coordination and low-latency communication systems.
• Financial Viability: Monetizing idle fleet capacity and diversifying revenue streams.
• Social Acceptance: Transparency, public awareness campaigns, and inclusive service design.

Path Forward

• Phased Implementation: Start with societal use cases (e.g., disaster relief, medical delivery).
• Cross-Cutting Alignment: Address interdependencies among stakeholders through structured collaboration.
• Scalability: Leverage drone experience to accelerate integration of larger AAM vehicles.