Drone precision cleaning from AERTEK uses advanced aerial robotic systems to deliver controlled cleaning solutions directly to elevated, complex, and difficult-to-access surfaces. By keeping personnel on the ground while the drone performs the work at height, organizations can reduce dependence on scaffolding, lifts, rope access, and other traditional access methods.
From industrial facilities and commercial buildings to transportation assets and specialized infrastructure, AERTEK provides a safer, more efficient approach to high-access cleaning.
Traditional cleaning of elevated structures often requires extensive setup, specialized access equipment, and personnel working at height.
AERTEK changes that equation.
Our drone-based precision cleaning systems allow operators to remotely position cleaning equipment near the target surface and apply water or approved cleaning solutions with controlled pressure and delivery.
The result is a highly adaptable aerial cleaning platform capable of reaching areas where conventional equipment may be difficult, expensive, or disruptive to deploy.
The objective is simple:
Move the equipment to the hazard — not the worker.
AERTEK uses specialized working-drone technology designed to perform physical operations while airborne.
Unlike conventional inspection drones that primarily collect imagery, these aerial robotic systems can carry and position cleaning equipment near the target surface while cleaning media is supplied from a ground-based system.
Depending on mission requirements and equipment configuration, the cleaning platform can support:
AERTEK evaluates each site, surface, contaminant, cleaning chemistry, operating environment, and access requirement before determining the appropriate cleaning approach.
Depending on the selected platform, nozzle configuration, cleaning media, environmental conditions, surface requirements, and project-specific operating parameters, availables:
Cleaning pressure for demanding surface applications.
Flow capability depending on system configuration.
Actual production rates, pressure, flow, flight duration, cleaning results, and mission parameters vary according to surface conditions, project configuration, weather, cleaning chemistry, regulations, and operational requirements.
For suitable applications, it can significantly reduce the need for traditional elevated-access equipment. Some projects may still require conventional methods for specific areas or tasks.
The working-drone platform includes automation and autonomous-flight capabilities, but missions remain planned and supervised by qualified operators. The level of automation depends on the equipment, application, site, and regulatory requirements.
Partner with AERTEK for autonomous exterior cleaning, infrastructure washdowns, specialized decontamination, facility maintenance, and digital reporting designed to improve safety, efficiency, and operational readiness.