Equipped with propeller safety cover, it features an automatic motor shutdown function in case of loss of control, immediately locking the propellers in case of flight abnormalities to maximize the safety of personnel and equipment. The built-in AI visual recognition camera enables precise hovering and flight, improving positioning accuracy by 150%, resulting in more stable and reliable flight, suitable for various scenarios such as classroom teaching and after-school practice.

With open interfaces, it supports the external connection of various sensors and actuators to meet the needs of students for building personalized creative projects. It integrates 8 core sensors such as QR code vision module, laser ranging, 6-axis gyroscope and optical flow, fully perceiving the surrounding environment and laying a hardware foundation for environment interaction and data acquisition projects.

It supports graphical programming and C/Python code programming, easy to entry and high fun. Students can start with visual drag-and-drop programming and seamlessly transition to industrial-grade programming languages, meeting the needs of advanced learning and competitions, and fully covering the entire learning path from programming enlightenment to advanced applications.

It provides abundant curriculum resources, including courses, lesson plans, and project cases, providing one-stop support for classroom teaching, after-class practice, and science and technology innovation competitions; it is equipped with a customizable remote control that supports customized button and joystick functions, allowing for both simple operation and practice of professional flight maneuvers.p