#China #Suzhou #eVTOL #Matrix #AutoFlight

Introduction to Matrix

In a groundbreaking moment for the aviation industry, AutoFlight has unveiled its revolutionary eVTOL (electric vertical take-off and landing) aircraft, dubbed "Matrix", which is the world's first of its kind weighing 5 tons. On February 5, 2026, at the company’s low-altitude flight test center in Suzhou, China, the aircraft completed a significant public demonstration of its flight capabilities, achieving a successful full transition flight.

Flight Transition Demonstration

During the demonstration, Matrix illustrated its advanced engineering by executing a seamless flight transition sequence. This involved shifting from a vertical take-off to cruising flight and then returning to a vertical landing - a feat that validates AutoFlight's mastery of complex aerodynamic systems and advanced flight control technologies. This successful transition marks a pivotal milestone, as it is the first time a 5-ton eVTOL has accomplished a full flight transition.

Design Features

With a wingspan of 20 meters and a total length of 17.1 meters, Matrix showcases a distinctive triplane design and a robust structure composed of six arms that ensures exceptional aerodynamic stability throughout all phases of flight. The aircraft can reach a maximum take-off weight of 5,700 kg, offering configurations suited for both passenger and cargo operations. The passenger version is designed for flexibility, providing options for either ten executive seats or six VIP seating arrangements. For cargo transport, the hybrid propulsion variant boasts a payload capacity of 1,500 kg and features a large front door designed to accommodate standard AKE air cargo containers, enhancing operational efficiency for large-scale freight transport.

Industry Disruption

Tian Yu, CEO and founder of AutoFlight, emphasized that Matrix represents more than just an aircraft; it is an ambitious disruptor in the aviation sector. It challenges the conventional perception that eVTOLs serve only short distances and low payloads, aiming instead to redefine operational paradigms across various eVTOL routes. By leveraging economies of scale, it significantly reduces the transport costs associated with passenger-kilometers and ton-kilometers, paving the way towards enhanced profitability and efficiency in air travel. The aircraft is well-suited for a variety of scenarios, ranging from urban commuting to intercity shuttle services, further catalyzing the expansion of the low-altitude ecosystem.

Safety and Range Specifications

In terms of safety and design, Matrix employs AutoFlight’s unique configuration of lift and cruise systems, promising stability across all stages of operation. The pure electric variant boasts an impressive maximum range of 250 km, while the hybrid-electric option extends this capability up to 1,500 km, making it adaptable for diverse applications including regional travel, heavy logistics operations, and large-scale emergency response missions.

Strategic Development

Matrix continues AutoFlight's strategic product development following innovations like the Great White Shark for industrial applications, the CarryAll for autonomous logistics, and the Prosperity model for urban air mobility. This development program builds upon AutoFlight's extensive experience with low-altitude flight technology, reliability, safety systems, and airworthiness certification. The introduction of Matrix not only brings a cutting-edge solution to the eVTOL market but also sets a new standard in the aviation industry, with wide-ranging implications for future designs and operational efficiencies.

Conclusion

As we witness the emergence of this advanced eVTOL technology, AutoFlight's Matrix stands at the forefront of transformation in air travel. With its impressive specifications and capabilities, Matrix symbolizes a new era of aviation that promises to enhance accessibility and operational efficiency. The future of aviation appears not only to be soaring but evolving, with innovators like AutoFlight leading the charge towards a more connected and efficient world.