As an important part of the low-altitude economy, intelligent drones have a wide range of applications in the fields of disaster rescue and relief, logistics and transportation, geological surveying and mapping, environmental protection, agricultural plant protection, and film and television aerial photography.
With the continuous development of smart drones in recent years, it has also brought a huge market in the field of low-altitude economy.
According to statistics, the domestic production value of intelligent drones reached 152 billion yuan in 2023, providing a huge development space for industrial services.
The domestic intelligent UAV industry has formed a complete supporting R&D, manufacturing, sales and service system. The technology of small intelligent UAVs is mature, and the application fields of industry-level civil UAVs are accelerating to broaden, so the development prospect of the intelligent UAV industry is huge. Low-altitude economy, along with the drive of technological innovation, low-altitude economy has become an important engine of future world economic growth, which will breed a huge market space. So what are the key technologies used in smart drones?
Sensor Technology:
Sensor technology is the key technology for intelligent UAVs to realize autonomous flight and data acquisition, which mainly includes GPS, inertial navigation systems, barometers, magnetometers, infrared sensors, LIDAR and so on.
These sensors can obtain real-time information such as the position, speed, altitude, attitude, etc., where the intelligent UAV is located, so as to realize the autonomous control and data acquisition of the intelligent UAV.
Energy Technology:
Energy technology is a key technology for smart UAVs to be able to fly for long periods of time, mainly including battery technology, solar energy technology and fuel cell technology.
These technologies can provide a stable energy supply for smart UAVs, extend their flight time and distance, and improve their flight efficiency and performance.
Communication Technology:
Communication technology is the key technology for communication between intelligent UAVs and ground control centers and other intelligent UAVs, mainly including radio communication, satellite communication and fiber optic communication.
Through these communication technologies, the intelligent UAV can realize real-time communication with the ground control center, data transmission and the reception and execution of control instructions.
Intelligent Control Technology:
Intelligent control technology is the key technology for intelligent UAVs to realize autonomous flight and mission execution, which mainly includes artificial intelligence, machine learning, deep learning, image recognition and so on.
These technologies can provide intelligent control and decision-making capabilities for intelligent UAVs, enabling them to autonomously complete complex tasks and respond to different environments and situations.
Flight Control Technology:
Flight control technology is the most basic technology of intelligent UAVs, mainly including attitude stabilization control, navigation control and flight control.
Attitude stabilization control refers to the control of the attitude angle of the intelligent UAV to maintain its stable flight; navigation control refers to the realization of the autonomous navigation of the UAV through GPS and other navigation systems; flight control refers to the control of the UAV’s propeller and rudder to realize the control of its flight direction and speed.
Overall intelligent drones in technology and low-altitude economy under the traction of the emerging industry, intelligent drones accelerate the flight to the aviation level era close to the belief that in the near future we can see intelligent drones for the low-altitude economic field to bring more broad market!
Post time: Feb-18-2024