Shenzhen High-Rise Says Goodbye to 'Spider-Man' with Revolutionary Dual-Tether Drones

October 31, 2025
के बारे में नवीनतम कंपनी की खबर Shenzhen High-Rise Says Goodbye to 'Spider-Man' with Revolutionary Dual-Tether Drones

                                   Shenzhen High-Rise Says Goodbye to 'Spider-Man' with Revolutionary Dual-Tether Drones       

Recently, MYUAV's core product – the Dual-Tethered High-Altitude Cleaning Drone – successfully completed a glass facade cleaning operation at Shenzhen Tsinghua Unisplendour Information Port. Demonstrating comprehensive advantages in safety, efficiency, and environmental friendliness, it provided the commercial building operator with an innovative solution in the field of high-altitude cleaning, once again confirming MYUAV technical strength and real-world application capabilities in intelligent high-altitude operation equipment.

As a standardized cleaning solution for clients, MYUAV dual-tether technology directly addresses the core pain points of traditional high-altitude cleaning:

 

1. Breakthrough Efficiency: Addressing the long cleaning cycles and high labor costs associated with high-rise building maintenance, a single MYUAV drone can clean the facade of a 20-story building in just one day. Compared to the traditional "4 people, 3 days" rope-access manual model, efficiency is increased by over 300%, and the repeated setup of scaffolding is eliminated, significantly reducing overall project time and management costs.
 

2. Enhanced Safety: The separated mode of "ground-based power supply + aerial operation" completely eliminates the risks of falls and impacts inherent in manual high-altitude work. Personnel only need to monitor and adjust operations from the ground, perfectly resolving building operators' core safety concerns regarding high-altitude work.
 

3. Uninterrupted Endurance: The design featuring dual pipelines simultaneously delivering power and cleaning water breaks the 15-20 minute endurance limitation of ordinary drones, supporting 24/7 continuous operation. This is particularly suited for the "off-peak cleaning" needs (e.g., during nights or non-working days) of commercial buildings, avoiding disruption to normal office activities and operations.

Regarding the client's high-priority focus on environmental protection and compliance, the MYUAV solution also excels:

· The cleaning agent used holds EU RoHS certification and is pH neutral, protecting glass coatings from corrosion.
· The accompanying ground-based wastewater recovery unit filters the cleaning runoff before discharge, ensuring compliance with municipal environmental standards and building perimeter ecological protection requirements.
· During earlier pilot deployments at multiple commercial buildings in Shenzhen, the solution passed local environmental department inspections, fully meeting corporate clients' compliance needs for "green operations."

This service at Shenzhen Tsinghua Unisplendour Information Port marks another significant application of MYUAV Dual-Tethered Drone within an industrial park setting. Currently, this product has serviced over 10 high-rise buildings in Shenzhen, covering core scenarios such as office towers, hotels, and industrial parks, and has established long-term partnerships with several building operation and property management companies.

Amid advancing urban refined management and "Zero-Waste City" initiatives, MYUAV is leveraging an innovative model of "Human + Mechanical + Intelligent" coordination to provide more B2B clients with customized high-altitude operation solutions. Future expansions are planned into areas like exterior wall inspection and maintenance, and advertising installation, helping enterprise clients reduce costs, improve efficiency, and enhance operational safety levels.

MYUAV remains focused on technological innovation in the high-altitude operations field, committed to providing clients with more reliable and efficient intelligent equipment and services. For high-altitude cleaning needs in commercial buildings, industrial parks, large venues, etc., please feel free to contact us to explore the greater possibilities of intelligent high-altitude operations.