Foxtech Robot | Professional Robot, Surveying & Cleaning Solutions Provider Since 2014

Aerial Cleaning System

Explore Our Drone-Based Cleaning Technologies

A quick look at our flagship aerial cleaning systems, each designed for specific cleaning scenarios and flight platforms.

Application Scenarios

Pain Points

Risky heights work

Traditional manual high-rise cleaningusing scaffolds or cradles poses highsafety risks, especially in bad weather.

Low efficiency

Manual cleaning is slow and ineffective for large areas. Automated equipment often struggles with stubborn stains.

Low quality cleaning

Traditional methods are difficult to remove stubborn stains and mold, which affects the aesthetics of buildings and the durability of materials.

Lack of operational flexibility

Fixed-track and automated equipment can only cover specific areas, limiting their adaptability to complex building facades.

High operational expense

Manual high-rise cleaning is labor-intensive and costly, while automated equipment involves high initial and maintenance costs.

Case Study

AeroClean P3(T50) Aerial Tethered Cleaning Solution Revitalizes Landmark Building

In collaboration with the building management team, we conducted a three-day site assessment. Using aerial drones for inspection, the team captured detailed footage to analyze the extent of surface contamination. Based on the findings, a tethered aerial cleaning solution centered on the P3(T50) Flexible Tethered Cleaning System was deployed. Combined with a specialized anti-mold foam detergent, the customized cleaning plan delivered a safe, efficient, and comprehensive cleaning solution for the entire building exterior.

Pain Points

Risky heights work

Requires highly skilled workers but
involves significant safety risks.

Low efficiency

Manual operations are labor-intensive and time-consuming, making it difficult to quickly maintain a large number of units.

Complex surface

Existing cleaning equipment struggles to clean complex curved surfaces such as fan blades, affecting cleaning results.

High operational expense

Requires significant manpower and equipment investment.

Case Study

Using the P2(A30) cleaning solution, the client saw major benefits:

Safer Operations:

Remote control eliminates the need for workers to climb, reducing risks

Higher Efficiency:

One person can now clean a turbine in 1 day-instead of 5 people over 5 days. Up to 3 turbines can be cleaned per day.

Visible Results:

High-pressure spray removes dust and light oil quickly and effectively

Full Coverage:

Multi-angle nozzles ensure blades and towers are cleaned thoroughly.

Pain Points

Risky heights work

Traditional manual high-rise cleaningusing scaffolds or cradles poses highsafety risks, especially in bad weather.

Substantial Safety Threats

Manual cleaning on rooftops and in certain industrial settings poses significant risks of falls and exposure to hazardous substances.

Cleaning Results Inconsistent

arge-scale solar farms face cleaning challenges due to vast areas and inconsistent manual cleaning.

Low Cleaning Efficiency

The extensive area of centralized photovoltaic plants necessitates frequent redeployment of cleaning equipment, impacting cleaning throughput.

Poor Equipment Compatibility

Traditional cleaning equipment struggles to adapt to the complex terrain of many remote, mountainous solar farms.

Case Study

P2(A30): Efficient Solar Cleaning in Harsh Desert Conditions

A 250 MW solar plant with over 500,000 panels, spread across challenging desert and subsidence terrain, faced severe sand and dust issues.

We deployed a customized P2(A30) high-pressure cleaning solution with adjustable nozzles for varying sand levels. The system's automation, multi-angle spray, and remote control enabled efficient, low-cost cleaning-boosting power output and reduc-ing O&M costs even in harsh environments.

How We Do It Meet And Define Global

The first thing we do is meeting with our clients and talk through their goals on a future project. During this meeting, feel free to communicate your ideas and ask lots of questions.

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We are Foxtech Robotics, a professional and dynamic company specializing in surveying industry and intelligent automated robotics applications.

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No. 108-A, Floor 1, Factory Building No. 1, Hailande Industrial Park, No. 35 Caizhi Road, Xiqing Xuefu Industrial Zone, Tianjin, China.