We target drone applications in campus logistics, swarm shows, and daily patrols—developing a low‑cost, easy‑to‑iterate, scalable multi‑functional automated UAV system. Based on 3D printing to cut costs and simplify structural iterations, we integrate intelligent sensing, autonomous control, and path planning to build a drone‑centric automated system with mission‑adaptable modular expansion.
How it is being developed:
The technical roadmap is as follows: first, autonomously develop a flyable drone with a 3D-printed frame and implement its core functions; then, explore its flexible evolution in other application scenarios, adjusting technologies and relevant parameters according to specific requirements; and finally, complete supplementary functions such as database and front-end pages.
Expected outcome:
Multiple drone variants under a unified framework, with a consolidated management and data storage ecosystem, deployed across various low‑altitude environments.
Brief Introduction:
We target drone applications in campus logistics, swarm shows, and daily patrols—developing a low‑cost, easy‑to‑iterate, scalable multi‑functional automated UAV system. Based on 3D printing to cut costs and simplify structural iterations, we integrate intelligent sensing, autonomous control, and path planning to build a drone‑centric automated system with mission‑adaptable modular expansion.
How it is being developed:
The technical roadmap is as follows: first, autonomously develop a flyable drone with a 3D-printed frame and implement its core functions; then, explore its flexible evolution in other application scenarios, adjusting technologies and relevant parameters according to specific requirements; and finally, complete supplementary functions such as database and front-end pages.
Expected outcome:
Multiple drone variants under a unified framework, with a consolidated management and data storage ecosystem, deployed across various low‑altitude environments.