Revolutionized and Incredible High building cleaning drone with automate flight JTC150

High Building Cleaning Drone: Revolutionizing Urban Maintenance with Automated Flying Software

In the modern age of rapid urbanization, skyscrapers and high-rise buildings are becoming an integral part of city landscapes. However, maintaining the cleanliness and safety of these towering structures presents unique challenges. Traditional cleaning methods, which often involve scaffolding, cranes, or manual labor at great heights, are time-consuming, costly, and risky. Enter the high building cleaning drone, a groundbreaking solution designed to transform how we approach high-rise maintenance.

 

 

 

 

 

 

 

Main parameters:

Product Name	JTC150	Fly time	No-Load Hovering Time	25Min
Fliying height	0-150 meter		Full Load Working Time	12 Min to 30Min
Spraying Width	0.5M (The spray boom is 1.5 meters away from the cleaning surface)	Weight	Self Weight(with battery)	32KG
Spraying Efficiency	600㎡/ per flight		Full Load Weight	62KG
Spraying Speed	1 m/s	Size	Expand Size	W2.2m x L1.85m x H0.8m
Smart Battery	14s 28000mAh(≥600 cycles）		Fold Size	W1.25m x L0.9m x H0.8m
Product Material	carbon fiber + aviation aluminum alloy		Packing Size	135*105*100CM
Spraying System	Model 1 + Model 2	Charger	Model	Four way quick charger
Wind Resistance	10m/s		Charging Time	1pc 20-25min（30%-99%,220V or 110V）
Spraying Flow	10L-15L/Min (adjustable)		Temperature	Battery temperature is below 60°
Motor System	Joyance X9PLUS	Waterproof Level	Motor	IP68
Flight Control System	JOYANCE V9		Whole Drone	IP57

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Lightweight and Durable Design

High building cleaning drones are typically made of lightweight yet durable materials, ensuring they can endure harsh environmental conditions, such as wind, rain, and extreme temperatures. They are equipped with high-performance motors and rotors, allowing them to fly steadily and safely around large structures.

1. Precision Cleaning Tools
   These drones come with a variety of spraying nozzles, ensuring a thorough clean without requiring manual intervention.
2. Safety Features
   Given the heights at which these drones operate, safety is paramount. Many high building cleaning drones are equipped with automatic collision avoidance systems, GPS tracking, and real-time monitoring capabilities to ensure that the drone avoids obstacles and can be easily controlled by operators. These features help minimize the risks associated with working at such high altitudes.
3. Environmental Considerations
   Modern high building cleaning drones are designed to be eco-friendly. They use less water than traditional cleaning methods and typically rely on non-toxic cleaning agents. This makes them not only efficient but also more sustainable compared to traditional methods that might involve harsh chemicals and water wastage.

The Role of Automated Flying Software

The true power of a high building cleaning drone lies in its automated flying software. This software allows the drone to fly autonomously, following pre-programmed flight paths to clean the building’s exterior. Automated flying software significantly reduces the need for human intervention and enhances the overall efficiency of the cleaning process.

How Automated Flying Software Works

1. Mapping and Navigation
   Automated flying software first creates a detailed map of the building’s façade, often using advanced 3D scanning or photogrammetry techniques. This map helps the drone navigate around the building with pinpoint accuracy, ensuring every surface is cleaned. The software can even take into account various architectural features, such as windows, balconies, and ledges, making sure the drone avoids obstacles and thoroughly cleans all surfaces.
2. Autonomous Flight Paths
   The software allows the drone to follow programmed flight paths, which can be adjusted according to the shape, size, and complexity of the building. The drone can autonomously ascend and descend the structure, adjusting its altitude and speed to clean different sections of the façade.
3. Real-time Monitoring and Control
   While the drone operates autonomously, operators can still monitor its progress in real time through a user-friendly interface. This allows for adjustments if necessary, ensuring the cleaning process remains effective. In case of unexpected conditions like strong winds or system malfunctions, the software can trigger safety protocols to bring the drone back to a safe location.
4. Data Collection and Reporting
   Many high building cleaning drones equipped with automated flying software are also capable of gathering valuable data during their operations. This includes capturing high-resolution images and videos, which can be analyzed for wear and tear, identifying potential maintenance issues or areas that require more intensive cleaning. The data can then be compiled into detailed reports, helping building owners and maintenance teams stay ahead of necessary repairs and inspections.