国产eVTOL新突破：全球首款5吨级产品完成转换飞行｜快讯

Core Viewpoint - Chinese manufacturers have achieved a significant technological breakthrough in the domestic electric Vertical Take-Off and Landing (eVTOL) aircraft sector with the unveiling of the V5000 Tianji Long, the world's first 5-ton eVTOL capable of conversion flight [2][3] Group 1: Product Launch and Features - The V5000 Tianji Long, developed by Fengfei Aviation Technology, is the first 5-ton eVTOL to successfully complete conversion flight and basic performance envelope [2] - The eVTOL features a family-style composite wing design and an innovative three-surface layout, equipped with 20 fifth-generation lift motors, ensuring safety even in the event of single or dual engine failure [2] - The aircraft demonstrated its capabilities during a public flight, showcasing vertical takeoff, forward conversion to fixed-wing cruise, reverse conversion, and a smooth landing [2] Group 2: Performance Metrics - The V5000 Tianji Long has a maximum range of 250 kilometers for the pure electric version and up to 1500 kilometers for the hybrid version [3] - The passenger version can carry 10 people, while the cargo version can transport ton-level goods, marking a significant advancement towards "heavy aerial platforms" [3] - The introduction of 5-ton eVTOL products is expected to significantly reduce operational costs per seat-kilometer and ton-kilometer, enhancing the economic feasibility of low-altitude travel and transport [3] Group 3: Company Overview and Vision - Founded in 2017, Fengfei Aviation is a leading innovator in vertical transportation technology, focusing on large eVTOL cargo aircraft, six-seat passenger aircraft, and zero-carbon water airports [4] - The company aims to create a comprehensive low-altitude ecosystem solution, encompassing research and development, airworthiness, production, delivery, and operational support [4] - Fengfei Aviation is committed to developing a complete closed-loop system for low-altitude operations, including planning, safety management, flight training, and intelligent scheduling systems [4]