Product Background
Traditional high-altitude cleaning operations are risky and
inefficient: Traditional high-altitude cleaning mainly relies on
"spidermen" for manual operations, which poses significant safety
risks. Accidents such as falls from heights occur frequently. At
the same time, manual cleaning is inefficient. When dealing with
large areas of glass facades or tall buildings, it takes a long
time and the labor cost keeps rising, making it difficult to meet
the increasing demand for high-altitude cleaning.
Market demands for high-altitude cleaning efficiency and quality
have increased: With the acceleration of urbanization and the
increase in the number of high-rise buildings, glass facades and
other external facades are widely used. The demand for
high-altitude cleaning is becoming increasingly. In addition,
high-rise buildings such as photovoltaic panels, bridges, and
monuments also require regular cleaning and maintenance. The market
expects more efficient and high-quality cleaning methods.
Therefore, drone cleaning technology has attracted attention. For
example, the drone cleaning glass facades project launched by
Shanxi Haodian, when dealing with a glass facade area of over
20,000 square meters, if using traditional "spidermen" operations,
it would take 7 days, while the drone can complete it in less than
2 days.
Support provided by drone technology development: The advancement
of drone-related technologies has laid the foundation for
high-altitude cleaning drones. The multi-rotor design enables them
to have strong wind resistance and perform stable operations at
high altitudes; the integration of GPS, visual positioning, and
laser radar technologies has achieved centimeter-level precise
hovering; the application of high-rate lithium batteries has
enabled drones to have certain endurance capabilities, and some
models also support modular battery replacement. At the same time,
the development of cleaning devices such as high-pressure water
guns and rotating brushes, as well as intelligent control systems,
enables drones to precisely complete tasks such as stain removal.
Promotion driven by environmental protection concepts: The
enhancement of environmental awareness has prompted the development
of cleaning methods towards a more environmentally friendly
direction. Drone cleaning uses environmentally friendly cleaning
agents, which is more water-saving compared to traditional methods.
For example, the drone cleaning method of Shanxi Haocen saves 30%
water compared to traditional methods, which is in line with the
trend of green development.
Policy support and industrial environment optimization: Local
governments have successively introduced policies to support the
development of low-altitude aviation, gradually opening up
low-altitude airspace, creating favorable conditions for the
application of unmanned aircraft. Some places also encourage
enterprises to carry out innovative applications of unmanned
aircraft in urban service fields, providing a favorable industrial
environment for the research and development, testing and
commercial application of high-altitude cleaning unmanned aircraft
such as YS-40.
Product parameters
| Product size | 1570*1570*670mm (unfolded) 845*860*805mm (folded) |
| Product weight | 12 kg (weight of the frame) |
| Product wheelbase | 2050mm |
| Arm dimensions | 47*50mm |
| Flight control | KX |
| Remote controller | H12/H16 |
| Power system | X11 Max (Motor) |
| Battery | 18S 30000mAh*2 |
| Fixed method | Plug-and-play high-altitude cleaning drone |
| Working hours | 45 minutes (empty load, takeoff weight 51.9kg) 15 to 25 minutes
(full load 20 to 40kg) |
Product display
