Course Breakdown
Our AOPA Ai5G STEAM Drone Course is the first ever k12 course that offers Ai, 5G and an official AOPA certificate at the end of the course.
Curriculum:
- Learn about Dual Network and Dual Control in order to use 5G to fly drones
- Use Ai to code for drone flight
- Practical flight simulation and experience
- Get an official AOPA China (The largest and highly recognised aviation community in the world)
- Learn how to control drones even from a large distance and learn how to control a large set of drones at once(10-30)
Dual Network
Dual backup + dual remote control + real-time HD live broadcast in less than 1 second + real-time high-speed reception of SD card files (Optional)
What does this mean?
It means that students will be able to learn how to fly drones with a Dual Network control powered by 5G. During flights, pilots fear experiencing a loss of connection with the drone. With our 5G solution, it ensures that there are 2 networks that the drone is operating on: even if the remote control and drone lose connection, there is a guarantee that there will be a 100% backup channel via the 5G network, making it so that the pilot does not completely lose control over the drone.
Learning how to fly drones with 5G puts students at an advantage: as 5G continues to roll out globally, there’s a growing demand for professionals with expertise in this area. Students who are well-versed in 5G technology are more likely to find themselves equipped with innovation and opportunities in industries that are adopting this technology.
Dual Control
Students would be able to control the drone through two channels: a)the original remote control, b)through the ground control station via the 5G network.
What does this mean?
This means that students would be able to control the drone remotely, even if they are situated far away from the actual drone. We would like to use this function to introduce our inter-country flight simulations: by having students from Hong Kong control drones of other countries’ schools and vice versa, they will be able to learn the intricacies of the ground control station and controlling drones through other means than the traditional remote control.
The incorporation of dual control capabilities empowers colleagues stationed at different bases/headquarters to not only observe the aerial perspective in real-time but also directly maneuver the aircraft as if physically present at the scene. This synchronized functionality is mutually reinforcing, promising to greatly enhance the operational efficacy across all endeavors.
Dual Network and Dual Control
The dual network solution effectively addresses the challenge of connectivity disruptions, which can arise unexpectedly, potentially stemming from signal interferences and other factors. Take, for instance, the scenario of search and rescue missions in Hong Kong, where the M300/M350 platforms may be equipped with vital search and rescue gear numbering over a million. Should the remote control (RC) lose connection, the repercussions for the pilot and team members could be dire. Even a brief ten-minute loss of contact could pose significant difficulties and hazards. However, with the implementation of a 5G dual network system, a seamless backup is ensured, mitigating the risk of such critical interruptions.
We would like for remote control to facilitate in HK2GBA (Macau, Guangzhou, Shenzhen, Zhuhai, Foshan, Dongguan, Zhongshan, Jiangmen, Huizhou, and Zhaoqing), then to OBOR countries