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Autoflight V5000 Matrix
william.moore@…
The V5000 Matrix is a lift-plus-cruise hybrid-electric/all-electric vertical take-off and landing (eVTOL) aircraft being developed by AutoFlight Europe GmbH. Unveiled in February 2026, the aircraft performed a remotely piloted transition from thrustborne hover to wingborne cruise, demonstrating that flight testing is already underway. Industry commentators have suggested that entry into service could be as soon as 2027/2028, although there is no confirmation of this. Certification is to be sought from the Civil Aviation Administration of China (CAAC) under powered-lift regulations.
Structure and Powertrain
The Matrix pushes regulations to their maximum, being a 10 seat eVTOL with a maximum take-off weight of 5,700kg (hybrid version). The aircraft could be configured in a 6-seat VIP layout, or a 9-seat business layout plus a pilot. It will also feature a lavatory, the first eVTOL design to incorporate this, an indication of its lengthier flight duration capabilities. An uncrewed cargo variant is also in development. The intended market is more regional-focused than previous eVTOL designs.
Structurally, the V5000 is an evolution of the previous Autoflight Prosperity I and CarryAll cargo variant. It features a long, aerodynamic cabin with panoramic viewing windows and skid-style landing gear. A main high wing is complemented by two smaller wings to the front and rear of the aircraft, with three booms extending across all three wings parallel to the cabin, on each side. 20 two-blade fixed propellers are mounted to the six booms to provide lift, while eight cruise propellers provide forward thrust, four mounted to the front and four to the rear.
Specifications
| Aircraft Type | Lift-plus-Cruise |
| Seats | Up to 10 |
| MTOW | 5,700kg/12,500 lbs (Hybrid version) |
| Payload |
1,500kg/3,300 lbs (Hybrid version) 1,000kg/2,200 lbs (Electric version) |
| Wingspan | 20m/66 ft. |
| Landing Gear | Skid-style |
| Range |
1,500km/930 miles (Hybrid version) 250km/155 miles (Electric version) |
| Entry into Service | Estimated 2027/2028 |
| Flight Controls | Fly-by-Wire |
| Take-off and Landing | VTOL |
| Autonomy | Remote piloting capabilities |