Drone Training
This course introduces unmanned aerial systems (UAS), including drones and autonomous unmanned aerial vehicles (UAV) with sensors,
other instruments including those for obstacle avoidance, and payloads that rely on complex algorithms and have various uses.
No previous knowledge of drones, flying systems, autonomous technology, or flying experience is required.
ZT-3V
Electric Vertical Take-off and Landing Fixed-Wing UAV for Public Security Applications.
ZT-3V is an electric vertical take-off and landing hybrid fixed-wing UAV, with a quadrotor and fixed-wing composite pneumatic layout. Enabled by the rotors, it is capable of taking-off and landing vertically yet still have a enduring flight time afforded by the fixed wings. Moreover, it can operate under complex take-off and landing conditions due to its high maneuverability and flexibility
ZT-3VS
Electric Vertical Take-off and Landing Fixed-Wing UAV for Surveying and Mapping
ZT-3VS is an electric vertical take-off and landing hybrid fixed-wing UAV, with a quadrotor and fixed-wing composite pneumatic layout. It features a smooth design that offers high drag-to-lift ratio with ample power system, and enduring flight time as long as 120 minutes. It’s equipped with triple redundancy autopilot system, ensuring a reliable flight for each take-off. Mechanically simple, ZT-3VS is highly maneuverable and agile. With a full-frame mirrorless camera, five spelling a full-frame camera, and a flying professional aerial camera , it’s fully competent for land surveying and mapping applications.
ZT-39V
Electric Vertical Take-off and Landing Fixed-Wing UAV for Public Security Applications.
ZT-3V is an electric vertical take-off and landing hybrid fixed-wing UAV, with a quadrotor and fixed-wing composite pneumatic layout. Enabled by the rotors, it is capable of taking-off and landing vertically yet still have a enduring flight time afforded by the fixed wings. Moreover, it can operate under complex take-off and landing conditions due to its high maneuverability and flexibility
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