The demonstration flight of AutoFlight’s V5000 Matrix launched from pads laid out in Kunshan, East China’s Jiangsu Province. Image Credit: AutoFlight (2026)
AutoFlight Unveils Matrix: World’s First 5-Ton Class eVTOL Achieves Full Transition Flight
AutoFlight, the Chinese eVTOL pioneer, has lifted the veil on **Matrix**, a machine that boldly steps beyond the familiar boundaries of the emerging low-altitude mobility sector. Dubbed the world’s first 5-ton class electric vertical take-off and landing aircraft, the V5000 Matrix completed a compelling public demonstration of full transition flight at the company’s low-altitude test facility in Kunshan, Jiangsu Province.
In the display, Matrix executed the complete sequence: rising vertically under the thrust of its distributed lift props, transitioning smoothly to wing-borne cruise, and then descending once more for a precise vertical landing. It shared the airspace with AutoFlight’s smaller 2-ton CarryAll cargo variant, offering a striking visual contrast between the established ton-scale eVTOL and this larger, more ambitious design. The milestone confirms the maturity of AutoFlight’s integrated technologies — from sophisticated aerodynamics and high-output electric propulsion to robust flight control architecture — and marks the first documented instance of a 5-ton eVTOL achieving a full mode transition in public view.
The aircraft itself is imposing: a 20-metre wingspan, 17.1 metres in length and 3.3 metres tall, with a maximum take-off weight of 5,700 kg. Its cabin offers generous dimensions — 5.25 metres long, 1.8 metres wide, 1.85 metres aisle height — delivering 13.9 cubic metres of usable volume. Two principal variants are planned. The passenger configuration provides flexible layouts, seating up to 10 in business-class arrangement or six in a more luxurious VIP setup, complete with premium seats, washbasins, lavatories, climate control, ambient lighting and large 1 m² windows engineered for 50% greater light transmission.

The cargo version adopts a hybrid powertrain to support a 1,500 kg payload, paired with a wide forward-opening door sized to accept two standard AKE air cargo containers — a practical choice for ton-scale logistics that promises to streamline ground handling and raise operational throughput.
At the heart of Matrix lies AutoFlight’s compound-wing Lift + Cruise architecture, realised in a distinctive triplane layout with a six-arm distributed propulsion system housing up to 20 fifth-generation lift motors. The high-voltage, redundant design ensures continued safe flight even after single or dual motor failures. Range varies by powertrain: the all-electric model targets 250 km, while the hybrid-electric variant stretches to 1,500 km, opening doors to regional passenger services, heavy freight runs and large-scale emergency response operations.
Tian Yu, AutoFlight’s founder and CEO, framed the aircraft’s significance in clear, disruptive terms. “Matrix is not only a rising star in the aviation industry but also an ambitious industry disruptor,” he stated. “It will break the industry perception that eVTOL = short-haul, low-load, and will reshape the rules of eVTOL routes. Through economies of scale, it significantly reduces transportation costs per seat-kilometre and ton-kilometre, revolutionising costs and embracing profitability. It covers all scenarios from urban commuting to intercity feeder routes, driving the expansion of the entire low-altitude ecosystem.”
The unveiling arrives at a pivotal moment for China’s low-altitude economy, now formally embedded in national planning documents and backed by a comprehensive standards framework. Official guidelines project a basic standards system in place by 2027, with more than 300 standards expected by 2030 to ensure safe, sustainable scaling. Market forecasts suggest the domestic eVTOL sector could reach 9.5 billion yuan (approximately $1.37 billion) as early as 2026, with 2026 widely anticipated as a peak year for type certification and initial large-scale deliveries across multiple platforms.
In Matrix, AutoFlight has delivered more than an incremental advance; it has presented a platform that challenges conventional limits on payload, range and commercial viability in the eVTOL domain. Whether the aircraft ultimately reshapes route economics and accelerates the low-altitude ecosystem as promised remains to be seen, but the Kunshan demonstration has already provided a tangible proof point: heavier, farther-reaching eVTOL flight is no longer theoretical.
… notes from The EDJE

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