UAV swarms can maintain high-level coordination to perform formation flights and achieve wide-area coverage, while also dispersing rapidly to carry out reconnaissance, monitoring, or target engagement independently. Through intelligent task allocation and real-time information sharing, each UAV within the swarm functions both as part of the whole and as an independent unit. In complex mission environments, this mode allows seamless switching, ensuring overall efficiency while preserving individual precision, truly realizing an operational framework of “multi-capable integration and highly efficient collaboration.”

UAVs can autonomously perform task relay and division of labor, forming highly coordinated “swarm intelligence” without relying on a single command node. This self-organizing capability enables stable and efficient operations even in dynamic environments. At the same time, the swarm size can be rapidly scaled according to mission requirements, flexibly adapting from small-scale tasks to large-scale deployments, demonstrating strong mission expandability and system-level application potential.

With a vertical takeoff and landing design, UAVs are free from terrain and site limitations, offering greater environmental adaptability. During missions, the swarm can achieve staggered relay over time to ensure continuous operation, while flexibly distributing in space to form a wide-area, multi-layered coverage network. Through this dual optimization of time and space, operations maintain continuity while eliminating blind spots, creating a more efficient and resilient operational framework.