I.How to Build It? Hard Specifications for Premises & Equipment
Functional zoning is the priority for training‑base construction. A complete base shall consist of indoor theoretical teaching zones, simulated flight training zones, assembly‑and‑maintenance zones, indoor flight‑test zones and outdoor comprehensive training fields. Notably, outdoor flight sites must comply with CAAC standards and rooftop installation is strictly prohibited.
In terms of equipment configuration, UAV assembly and commissioning constitute core foundational competencies for the UAV Application Technology major. Training rooms shall be equipped with modular assembly‑and‑maintenance platforms, enabling students to master UAV system composition, electrical‑system commissioning and typical fault diagnosis via hands‑on practice. Zhonghang Hentuo’s UAV assembly‑commissioning training kits and basic‑skill UAV training platforms are specially designed for assembly‑repair teaching. They support full UAV assembly from scratch to help students gain in‑depth understanding of UAV operating principles.
Flight control is an essential hard skill for UAV majors. Training bases require both indoor simulated‑flight training systems and outdoor flight‑training fields capable of real‑scene simulation. Equipment supplied by Zhonghang Hentuo, including hexacopter teaching UAV platforms and FPV racing‑drone training systems, supports progressive hands‑on training ranging from basic flight drills to complex‑mission execution.
UAV virtual‑simulation systems deliver high safety. Real‑flight training can hardly be conducted frequently due to constraints such as airspace, weather, battery endurance and safety hazards, which can be perfectly addressed by virtual‑simulation solutions.
Students can complete training tasks in virtual environments: flight‑principle verification, complex‑scenario mission drills, emergency fault response and route planning. It cuts consumable costs and crash risks while allowing repeated practice of high‑difficult maneuvers.
II.Industry‑Education Integration & University‑Enterprise Cooperation as Key Enablers
Align teaching with industry realities: jointly develop curricula that integrate real‑world enterprise cases and job‑post standards; co‑build training bases to share equipment, technologies, premises and student resources. Training content is directly benchmarked against CAAC licenses and the “1+X” vocational‑skill certificate system to ensure graduates are job‑ready upon graduation. Boasting abundant practical experience in this field, Zhonghang Hentuo provides not only hardware equipment but also end‑to‑end support for schools to build complete curriculum and certification‑examination workflows.
Constructing a UAV training base is not a one‑off project; it represents a systematic undertaking covering standards, equipment, regulations and teaching staff. To lay a solid foundation for major development, seize opportunities brought by the low‑altitude economy and implement well‑standardized plans at an early stage.
