SUZHOU, China, Nov. 22, 2025 — AutoFlight Aviation Technology has introduced the world’s first integrated sea–air low-altitude mobility solution, marking a breakthrough in sustainable transportation. The project combines a green eVTOL water vertiport with next-generation electric aircraft, shaping the future of zero-carbon mobility across rivers, coastal cities, and remote island zones.
The newly unveiled Zero-Carbon eVTOL Water Vertiport serves as both a landing point and an intelligent operations hub. Designed for flexibility, it integrates photovoltaic power generation, battery storage, and real-time flight management systems. This floating platform eliminates the need for traditional land-based infrastructure, enabling quick setup and scalable deployment across various water environments.
AutoFlight’s innovative system supports multiple aircraft types, including the company’s Prosperity passenger eVTOL, the CarryAll cargo model, and the White Shark industrial-grade variant. Together, these models create a dynamic network of air, sea, and land mobility, delivering efficient, emission-free connectivity for logistics, commuting, and public service operations.
The Sea–Air system redefines mobility across five major sectors: energy platform maintenance, emergency response, commuter transport, tourism, and mobile vertiport networks. The solution offers faster personnel transfer for offshore industries, airborne support for rescue teams, and seamless high-frequency travel links between coastal regions, making low-altitude aviation an everyday service.
At the heart of this development is AutoFlight’s commitment to a low-carbon future. By turning waterways into operation-ready vertiports, cities can introduce electric air transport with minimal environmental disruption. The design’s renewable energy foundation and zero-emission operations align closely with global targets for sustainable, smart, and interconnected urban mobility.
AutoFlight developed the energy systems for this solution in partnership with CATL, a leading battery technology provider. The collaboration integrates high-efficiency lithium power units that ensure safe, long-duration performance for both aircraft and vertiports. This synergy sets new benchmarks for clean aviation energy management and circular power utilization in transport infrastructure.
The first public demonstration took place at Dianshan Lake in Kunshan, where AutoFlight’s two-ton-class eVTOL aircraft completed takeoff and landing from the Zero-Carbon Water Vertiport. The showcase included formation flights and emergency supply drops, exemplifying the technology’s readiness for real-world missions and sustainable aviation’s next phase.
