On July 5th and 6th, MYUAV Technology carried out high-altitude cleaning drone building cleaning operations at a high-rise building iniading Industrial Park. Facing the high temperature of 39℃, the FC30X dual-tethered high-altitude cleaning drone system relied on the power and water supply system to challenge the heat wave, working continuously, and paired with environmental cleaning agents, to achieve the dual goals of efficient operation and effective decontamination.
Continuous high-temperature operation: A dual-tether system solves industry pain points
The FC30X dual-tether aerial cleaning drone system through the synchronous power and water supply from the ground base station, completely solves the problem of battery endurance and the cost of consumables. The core components of this system adopt IP8 core waterproof design, stable operation in high-temperature water mist environment, and effectively dissipate heat through active water mist suction (MYUAV patent design patent number 224222431935). During the building cleaning operation in Jiading, Shanghai, this system still maintains continuous operation under 39℃ temperature outdoors, continuously cleaning glass curtain walls and metal facades.
Green cleaning agent: Safe and effective “green guard” for decontamination
In response to the common oil stains and metal dust in industrial buildings MYUAV has selected an environmentally friendly cleaning agent, which has three major advantages:
1. Effective decontamination: It dissolves stubborn stains such as mineral oil and fluid, leaving no residue after cleaning;
2. Zero risk of corrosion: It does not cause chemical damage to metal curtain walls and plastic components, extending the life of the building
3. Environmental safety: There are no volatile harmful substances during operation, it does not damage the green plants on the ground, and avoids secondary pollution.
MYUAV FC30 provides a sustainable example for urban cleaning in extreme environments with its technical hard power and environmental soft solution. In the future, this technology will be expanded to more scenarios such as industry and transportation facilities, driving the cleaning industry towards efficiency and automation.