Cleaning Drone

for Industrial Aerial Cleaning

Huanxin cleaning drone platforms are designed for façade cleaning, solar panel washing, industrial roof cleaning, and large-area facility maintenance. With stable spraying performance, accurate RTK positioning, foldable airframe design, and 30L or 50L tank configurations, the cleaning drone helps improve cleaning efficiency in elevated, wide-area, and hard-to-reach working environments.

cleaning drone for solar panel washing
  • Use a cleaning drone to support high-rise façade cleaning and large vertical surface maintenance with stable aerial spraying and efficient field deployment.

  • Improve solar panel cleaning efficiency for solar farms, rooftop solar systems, and distributed photovoltaic installations.

  • Support cleaning work for warehouses, plant exteriors, industrial roofs, and large facility surfaces where manual access may be difficult.

  • Reduce dependence on scaffolding, lifts, and manual access equipment in elevated or complex cleaning environments.

Applications

The Huanxin cleaning drone is built for industrial aerial cleaning tasks that require stable flight, reliable spraying performance, and efficient operation. It is suitable for building façade cleaning, solar panel washing, industrial roof cleaning, warehouse exterior maintenance, and large-area facility cleaning.

For projects where conventional cleaning methods are time-consuming, difficult to deploy, or limited by working height, a cleaning drone can provide a more flexible aerial cleaning solution. It helps operators reach elevated surfaces, wide industrial areas, and hard-to-access structures while improving deployment efficiency.

Why Choose This Cleaning Drone Platform

  • Purpose-Built for Aerial Cleaning
    Available in 30L and 50L tank configurations to support different cleaning capacities, project sizes, and working scenarios.

  • Stable Flight Control
    The advanced FOC power system helps improve output stability, flight control, and operational consistency during aerial cleaning tasks.

  • Accurate RTK Positioning
    High-precision RTK positioning supports more controlled cleaning work around buildings, solar panels, industrial roofs, and complex facility environments.

  • Reliable Navigation System
    The cleaning drone supports GPS, BeiDou, Galileo, and GLONASS for dependable positioning performance in field operations.

  • Foldable Airframe Design
    The foldable structure makes transport, storage, and field deployment more convenient for industrial cleaning teams.

  • Operational Safety Features
    The platform supports lost-signal return, low-battery auto return or landing, and breakpoint mission resumption to improve operational safety and continuity.

Cleaning Drone Model Selection Guide

The Huanxin cleaning drone range currently includes two main configurations for different cleaning requirements. The 30L model is suitable for routine cleaning tasks where mobility and flexible deployment are important. The 50L model is better suited for larger cleaning areas that require higher tank capacity and stronger field efficiency.

  • F60-QX-F
    30L configuration for flexible deployment and routine industrial cleaning operations.

  • F100-QX-D
    50L configuration for larger-area cleaning tasks and higher working efficiency.

UAV Specification Table
Product Empty Weight Standard Payload / Tank Propeller Endurance Wheelbase Expanded Size Folded Size
F100-QX-D
F100-QX-D
42 kg 50L tank 43-inch folding propeller Single battery / dual battery integrated operation: 2–3 flights 2300 mm 2150 × 1470 × 1200 mm 1390 × 1230 × 1200 mm
F60-QX-F
F60-QX-F
27 kg 30L tank 34-inch folding propeller 37 min 1950 mm 1970 × 1720 × 950 mm 1200 × 1100 × 950 mm

Additional Notes

Product Material: Both models use high-strength carbon fiber and aviation-grade aluminum.

Rotor Configuration: Both models use a 6-axis 6-prop configuration.

Wind Resistance: Both models support Level 7 wind resistance.

Max Flight Altitude: Both models support a maximum flight altitude of 5000 m.

Max Speed: Both models reach a maximum flight speed of 20 m/s.

Operating Temperature: Both models operate in temperatures from -20°C to 60°C.

Power System: Both models are equipped with an FOC high-efficiency power system.

Positioning Accuracy: Both models support ±0.05 m RTK positioning accuracy.

Positioning System: Both models support GPS, BeiDou, Galileo, and GLONASS.

Protection Functions: Both models support lost-signal return, low-battery auto return and landing, and breakpoint resume flight.

FAQ

  • Yes. A cleaning drone can be used for high-rise building façade cleaning and large vertical surface maintenance. The platform is designed for stable aerial spraying, accurate positioning, and efficient field deployment, helping reduce dependence on manual access equipment in elevated or hard-to-reach working environments.

    For high-rise cleaning projects, the final cleaning drone configuration should be selected based on building height, surface type, cleaning method, water supply plan, and safety requirements.

  • The suitable tank size depends on the cleaning area, deployment flexibility, and required working efficiency. For routine solar panel cleaning or distributed rooftop solar systems, the 30L F60-QX-F cleaning drone is suitable for flexible deployment and regular cleaning work.

    For larger solar farms or large-area photovoltaic cleaning tasks, the 50L F100-QX-D cleaning drone is better suited because it provides a larger tank capacity and higher field efficiency.

  • Yes. A cleaning drone is suitable for industrial roof cleaning, warehouse exterior maintenance, plant exterior cleaning, and other large-area facility maintenance tasks. The platform is built for industrial aerial cleaning work that requires stable flight, reliable spraying performance, and efficient operation in areas where conventional access methods may be time-consuming or difficult to deploy.

    Both available models use high-strength carbon fiber and aviation-grade aluminum, support RTK positioning, and include safety functions such as lost-signal return, low-battery auto return or landing, and breakpoint mission resumption.