Z300

The long-endurance vertical take-off and landing drone developed by our company integrates composite wings and hybrid power technology, using a modular design to achieve seamless switching between vertical take-off and efficient cruising. The core innovations include: ① a highly efficient power system, with coordinated energy supply from high-efficiency electrical components and high-density batteries, achieving a flight endurance of over 8 hours and a payload capacity 50%-70% higher than traditional models; ② a connected-wing aerodynamic layout, combined with a rigid front-to-rear wing connection structure, improving lift-to-drag ratio by 30% compared to similar products, reducing induced drag by 15%, and supporting a maximum range of 600 kilometres; ③ an intelligent flight control system integrating high-precision differential GNSS and millimetre-wave radar, enabling three-dimensional terrain following and centimetre-level positioning, with model predictive control (MPC) algorithms used during transition flight stages, achieving dynamic response errors of less than 0.5m. The fuselage uses a carbon fibre-titanium alloy composite frame, key components support 15-minute rapid maintenance, and it has been validated in multiple scenarios including plateaus and oceans, suitable for long-duration missions such as border patrol and disaster relief.