The "Innovation Laboratory" in the corner of the workshop is the "innovation heart" of this factory. Here, a weekly "technical challenge meeting" is held, where young engineers sit together to dismantle the latest developed "foldable fuselage structure" - a design inspired by origami art that can reduce the volume of drones by 60% during transportation. Currently, more than three national patents have been applied for. On the display shelves of the laboratory, there are different stages of experimental samples displayed: from the first generation of slightly rough 3D printed models to the polar specific models that can operate normally in a low temperature environment of -30 ℃ today, each one witnesses the iterative path of exclusive technology.
Unlike the testing process of conventional factories, the "full scenario simulation testing center" here can be regarded as a benchmark in the industry. The detection area has built 1:1 restored mountain, water area, urban buildings and other real scenes. The UAV needs to complete the ultimate challenge of 72 consecutive hours in the rainstorm simulation system and strong wind test chamber, and even through the "electromagnetic interference test" - simulating high-voltage wires, signal towers and other complex environments, to ensure that it can still perform tasks accurately in special scenes. And every qualified drone that leaves the factory comes with an "exclusive identity file" that records the names of R&D engineers, assembly workers, and inspection specialists, as well as quality data throughout the entire process, allowing every customer to trace the story of craftsmanship behind the product.
