Recently, the "Technical Operating Procedures for DroneCleaning and Spraying," led by the Shenzhen UAV Association and Wisson andjointly initiated by over 20 leading enterprises from various related fields,was officially released on the National Group Standard Information Platform. Itwill come into effect on October 8, marking a significant step forward in theindustry’s standardization process. As the initiatorand key participant in the development of this standard, Wisson, leveraging itstop-tier technical expertise and deep industrial experience, ranked first amongenterprises in the drafting unit. The company spearheaded the entire process,including project initiation, planning, content development, and validationimplementation, contributing thoughtful insights and practical experience basedon extensive industry applications to the standardized, professionaldevelopment of drone cleaning and spraying operations.

During the standard development process, Wisson provided criticalinnovative technology application examples—its dronehigh-altitude cleaning and spraying solution, which combines "Pliabot®flexible embodied intelligent robots + industry-leading classic drones +patented dynamic intelligent water control systems," offers ultra-highsafety and superior operational capabilities. This solution has successfullyserved numerous industry-leading enterprises such as China Resources, Vanke,Hopson Development, Nongfu Spring, China Mobile, Tianjin Rail Transit Group,and Chengdu Rail Transit Group. It has provided practical experience anddirectional guidance for the innovative exploration and application of dronecleaning and spraying technologies, effectively promoting industry development.

In recent years, the rapid advancement of drone technology has shownbroad application prospects in fields such as high-altitude cleaning andspraying. However, as the industry is still in its early stages, relatedservices often rely on individual company experiences. There is a lack ofquantitative standards for equipment usage norms, operational procedures, waterand power supply control, safety protections, and acceptance criteria.Similarly, there are no unified regulations for the use of cleaning agents,on-site environmental maintenance, and personnel protection standards. This notonly leaves market demand inadequately met but also poses risks such aspersonnel safety hazards, property damage, and environmental pollution.

Against this backdrop, the "Technical Operating Procedures forDrone Cleaning and Spraying" clarifies the composition of drone cleaningand spraying operational systems and standardizes requirements for relatedtechnologies, operations, safety management, and inspection acceptance. Itapplies to low-altitude drone cleaning and spraying services for facilitiessuch as building exteriors and photovoltaic panels, standardizing operationalprocesses, ensuring equipment performance and operational safety, and guaranteeingcleaning effectiveness and spraying quality while also addressing environmentalrequirements. This provides a unified technical basis for related operations,holding significant importance for the industry.

As a global pioneer in general-purpose soft-bodied roboticstechnology, Wisson will continue to leverage the core advantages of integratingPliabot® flexible technology with drone innovation to support the high-qualitydevelopment of China’s drone cleaning and sprayingindustry. The company will also drive the rapid implementation of more emergingscenarios and solutions based on drone technology, fostering new productiveforces in the low-altitude economy.