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Aerial cleaning UAV washing the glass facade of a modern commercial building.

Cleaning Drones for Solar Panels & Building Facades

Explore AeroSightX cleaning drones developed for solar panel arrays, building facades and other hard-to-access surfaces. Compare 30 kg and 50 kg UAV platforms, water-supply configurations and mission-specific cleaning solutions.

Application Fit

Which Cleaning Drone Fits Your Project?

Match each cleaning drone configuration to the target surface, access conditions and water-delivery requirements.

HV50 cleaning UAV above a rooftop solar installation.

Recommended: HV50

Rooftop & Distributed Solar

  • Rooftop PV
  • Smaller or distributed installations
  • Flexible water supply
  • Cleaning pressure requirements
Explore HV50
XJ-50C cleaning UAV above a utility-scale solar array.

Recommended: XJ 50C

Large Solar Installations

  • Ground-mounted solar arrays
  • Large-scale PV projects
  • Higher payload requirements
  • Professional cleaning operations
Explore XJ 50C
XJ-30C cleaning UAV beside a glass facade.

Recommended: XJ 30C

Building & Glass Facades

  • Glass curtain walls
  • Commercial buildings
  • Exterior facade cleaning
  • Remote aerial operation
Explore XJ 30C

Mission Workflow

How Drone Cleaning Works

Aerial cleaning combines the UAV platform with a mission-specific water supply and cleaning system.

PlatformDrone
SupplyHose / Tank
PressurePump
DeliveryNozzle
TargetSurface
  1. 01

    Position

    The UAV approaches the target cleaning area while the operator maintains the required working distance.

  2. 02

    Supply

    Water or cleaning media is supplied through the configured onboard or ground-connected system.

  3. 03

    Clean

    The UAV follows the target surface while the cleaning system removes dust and surface contamination.

  4. 04

    Reposition

    The operator moves the UAV across the next cleaning section to continue the mission.

Aerial facade cleaning system operating at a commercial building.

Need a Cleaning Configuration for Your Site?

Custom Cleaning UAV Solutions

Cleaning requirements vary by surface type, working height, water supply, payload and operating environment. AeroSightX can evaluate existing platforms or support a customized UAV configuration around your project.

Discuss a Custom Cleaning UAV
01

Water Supply Configuration

02

Cleaning Pressure

03

Payload Integration

04

Hose Configuration

05

Airframe & Payload

06

Mission Functions

Procurement Decisions

What to Consider When Choosing a Cleaning Drone

01

Cleaning Surface

Solar panels, glass facades and exterior structures require different operating configurations.

02

Payload Capacity

Consider the required cleaning equipment, water system and additional mission payload.

03

Water Supply

Determine whether the operation requires an onboard tank or another water-supply configuration.

04

Working Height & Access

Building height, solar-array layout and surrounding obstacles affect platform selection.

05

Cleaning Pressure

Match the cleaning system to the target surface and contamination conditions.

06

Operating Environment

Wind, obstacles, site layout and working distance should be evaluated before platform selection.

Get Configuration Advice

Frequently Asked Questions

Cleaning Drone FAQs

Review surfaces, water supply, cleaning-system differences and configuration factors before selecting a cleaning UAV.

View More FAQs →
What is a cleaning drone?

A cleaning drone is a UAV configured with a cleaning system for remote operation around surfaces that may be difficult or inefficient to access manually. Depending on the application, the system can combine the aircraft with an onboard or ground-supplied water source, pump, hose, nozzle and other cleaning equipment.

What surfaces can cleaning drones be used on?

Cleaning drones can be configured for suitable solar panels, glass curtain walls, commercial building facades and other compatible exterior surfaces. The appropriate configuration depends on surface material, working height, access conditions, contamination and cleaning requirements.

How does a cleaning drone get water?

Water can be carried onboard the UAV or supplied from ground equipment through a pump and hose system. The preferred configuration depends on water demand, payload capacity, working height, operating time and site access.

What is the difference between a solar panel cleaning drone and a facade cleaning drone?

Solar panel cleaning drones are configured around PV array layout, panel inclination, water supply and cleaning coverage, while facade cleaning drones are designed around building height, exterior surface geometry, stand-off distance and hose routing. The UAV and cleaning system should therefore be selected according to the target surface and operating environment.

How do I choose a cleaning drone?

Start with the target surface, working height, required cleaning pressure, water-supply method, payload, site layout and operating environment. These factors determine whether an onboard-tank, higher-payload or facade-specific cleaning UAV configuration is more suitable.

How much does a cleaning drone cost?

Cleaning drone pricing depends on the UAV platform, payload capacity, water-supply and pressure system, cleaning equipment, batteries, accessories, customization and order quantity. Buyers should compare the complete cleaning configuration rather than the aircraft alone.

Request a Cleaning UAV Configuration & Quote →

Site Review & Platform Recommendation

Planning an Aerial Cleaning Project?

Tell us what you need to clean, the working height, site conditions, water-supply requirements and expected project scale. Our team can recommend an existing cleaning UAV or evaluate a customized configuration.

Discuss Your Cleaning Project

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