The 120kg Electric Hexacopter UAV is a large-capacity, long-endurance pure electric six-rotor UAV system developed independently by our company. Today, I will give you a brief introduction to this product.

First, let me introduce you to the main components of the 120kg Electric Hexacopter UAV, including the propellers, power batteries, motors, and electronic governors. Because it is a multi-rotor UAV, the number of propellers on this product will increase to some extent compared to fixed-wing. The 120 kg electric six-rotor UAV can achieve vertical takeoff and landing with the help of the high-speed rotation of its propellers. In multi-rotor drones, the number of revolutions of the propellers varies. The 120kg Electric Hexacopter UAV is equipped with a high-voltage lithium battery with a lifespan of 500 charges and discharges, and there is no additional cost for use. The motor of the drone, also known as the propeller, can spin the drone's motor to generate power. The 120kg Electric Hexacopter UAV motor has a long service life, saves energy, and is convenient for future maintenance. The electronic governor of the UAV converts the DC input of the battery into an AC output of a specific frequency based on the control signal of the flight controller, which is used to control the speed of the motor.

So, what are the advantages of multi-rotor drones? Compared to fixed-wing drones, multi-rotor drones can perform vertical take-off and landing and fixed-point hovering. It has a low flying height, small size, strong ability to perform special tasks, stable flight performance, and easy operation and control.

I believe that many people are more curious. In addition to aerial photography, what other fields can drones compete in? Next, let me introduce the scope of application for the 120kg Electric Hexacopter UAV. Currently, drones are widely used in various industries in society. It combines functions such as intelligent control, real-time data transmission, and payload, and can perform aerial video data collection and real-time transmission, 3D mapping, and emergency response. Rescue, air drops, environmental monitoring, and other tasks. It can be applied to various industries such as aerial photography, agricultural plant protection, disaster relief, power inspection, meteorological monitoring, geographic surveying , and mapping.

With the advancement and growth of science and technology, the technology of drones is developing rapidly and being updated, and the fields that can be applied are gradually increasing. The performance of drones has also been significantly improved.