Training drone

1. Sturdy and durable fuselage: adopting high-strength carbon fiber and aerospace aluminum, it is lightweight but extremely sturdy and can withstand a certain degree of collision, which greatly reduces the risk of damage due to operational errors and lowers training costs. At the same time, it has good wind resistance, can fly stably in complex environments, and protects the training from bad weather.

2. Convenient folding design: the arm and landing gear can be quickly folded, easy to store and carry, whether it is daily training to transfer the site, or go out to participate in training activities, can be easily dealt with, greatly improving the convenience of use.

1. Long-lasting endurance: Equipped with a high-capacity smart battery, the endurance time can reach [X] minutes, enough to meet a complete training course, avoiding the frequent replacement of batteries to interrupt the rhythm of teaching, so that the students can focus on the flight operation training.

2. Precise and stable flight: Equipped with a high-precision flight control system, integrated with advanced attitude sensing and control algorithms, it can realize precise hovering, smooth flight, and maintain a stable attitude even in complex airflow environments, which provides students with a reliable foundation for flight and helps them to quickly master flight skills.

3. Over-the-horizon flight function: Built-in high-performance digital transmission module, together with professional ground station software, supports over-the-horizon flight operation, meets the training needs of the relevant subjects in the UAV license examination, and at the same time simulates the actual application scenarios, so that trainees can adapt to the real operating environment in advance.

1. Multi-intelligent protection mechanism: it is equipped with functions such as automatic return to flight, low battery alarm, and runaway protection. When the UAV encounters an unexpected situation such as low battery, signal loss, etc., it can automatically trigger the corresponding protection measures to ensure that the UAV returns to the take-off point or hovers waiting for processing, effectively avoiding flight accidents.

2. Dual-control safety system: with the design of the trainer line and dual remote control, the instructor can monitor the flight status in real time, and once the student's operation is in a dangerous situation, the instructor can immediately take over the control of the drone with one key to ensure the safety of the flight and to make the teaching process more at ease.

1. Flight simulation software: provide computer flight simulation software, highly reproducible real flight scenes, students can practice basic flight operations in the virtual environment, familiar with the use of the remote control and flight principles, effectively reduce the risk of real aircraft training, improve training efficiency.

2. Data recording and analysis: All data during the flight, such as flight trajectory, attitude, power consumption, etc., will be recorded in real time. Through the supporting data processing software, the instructor can analyze the data, accurately assess the student's flight performance, identify problems and provide timely targeted guidance.

3. Customized teaching mode: Supporting the setting of personalized flight parameters and training tasks according to different training courses and trainee levels, meeting the diverse training needs of beginners to advanced trainees, realizing tailor-made teaching and improving teaching quality.