DCS X1 PRO is a professional drone based cleaning system designed for operations on large scale facilities in industrial and commercial environments. It is not a standalone machine nor a modified drone equipped with external accessories. It is an integrated platform combining UAV technology, a high pressure hydraulic system, and an RO/DI water filtration system within a unified operational standard. Each component has been engineered with a focus on parameter stability, operational safety, and repeatable performance across large surface areas.
The system was developed in response to the limitations of traditional access methods such as scaffolding and lifting platforms. It transfers the operation into the air, reducing ground level logistics and minimizing risks associated with personnel working at height. DCS X1 PRO enables façade, roof, and technical installation cleaning while maintaining full control over working pressure, water temperature, and spray direction. Integration of flight control and washing functions within a single interface simplifies operation and increases precision when working in close proximity to structures.
System sales include not only hardware delivery but also technical configuration tailored to the client’s real operational conditions. Each unit is prepared according to operational height requirements, building geometry, and contamination types expected in practice. DCS X1 PRO is a solution for companies intending to conduct their own aerial cleaning operations within an industrial standard framework based on parameter control, predictable outcomes, and full technical responsibility for execution.
1200 to 2000 m² per hour on glass facades
up to approximately 155 bar
550 L
up to 150 m
The DCS X1 PRO system is available in two deployment models, allowing alignment of investment scope with the partner’s operational capabilities. The solution architecture has been designed in a modular manner, enabling the mobile hydraulic filtration station to function either as an independent operational base or as part of a fully integrated UAV system.
The first model includes delivery of the mobile station as a standalone operational unit intended for integration with the client’s existing industrial drone platform. This solution is dedicated to entities that already possess a UAV platform with sufficient payload capacity and stabilization performance and seek to expand into industrial standard aerial cleaning operations.
The second model includes a complete operational system consisting of the mobile station, the DJI Matrice 400 drone platform, and full hydraulic and control system integration. Within this variant, technical configuration, system calibration, operational testing, and preparation for real field conditions are conducted. This solution is designed for companies intending to initiate operations based on a ready to deploy, fully integrated platform.
The base model includes delivery of a complete mobile pumping and filtration station equipped with an RO/DI system, water heating module, 550 L buffer tank, and power line management system. The unit is delivered as a ready to operate logistical platform contained within a single transport pallet configuration.
Deployment under this model includes compatibility analysis with the client’s UAV platform, configuration of hydraulic parameters, and adaptation of the system to the planned operational height and facility characteristics. This solution enables utilization of existing hardware resources and shortens time to market entry into drone based cleaning without requiring acquisition of a new aerial platform.
The extended model includes delivery of a complete, fully integrated operational system consisting of the mobile hydraulic filtration station and the DJI Matrice 400 UAV platform, including integration of washing and control systems. This solution is intended for entities wishing to enter the aerial cleaning segment without independently configuring and testing component compatibility.
Deployment includes installation and integration of the hydraulic system with the aerial platform, configuration of operational parameters, calibration of control systems, and operational testing under conditions closely aligned with target project environments. The system is prepared according to planned working height, facility characteristics, and contamination profiles.
This model provides the partner with a fully operational unit ready for industrial standard execution from day one. Integration of flight control and washing functions within a unified operator environment simplifies handling, increases control over hydraulic parameters, and reduces operational risk when working in close proximity to structures.
The DCS X1 PRO system is supported by a service infrastructure operating within Poland. Availability of consumable parts and hydraulic components is ensured, minimizing the risk of operational downtime.
Technical support includes remote consultations, operational parameter diagnostics, and assistance in system configuration during initial deployments. In the case of a complete set with a UAV platform, integration service and maintenance of system components are also available under established technical procedures.
The objective of the support model is to maintain operational stability and predictable working parameters in industrial environments, where continuity of operation and rapid service response are critical.
The DCS X1 PRO architecture has been designed as an integrated operational system rather than a set of independent components. The structure is based on three primary modules: the UAV platform, the mobile power and filtration station, and the pumping and heating system with water management integration. Each of these elements has been engineered for operation in industrial environments, where parameter stability, process repeatability, and capability for high altitude operations are essential.
The UAV platform is constructed from high rigidity carbon composites, ensuring an optimal strength to weight ratio with a maximum operational payload of 9.7 kg. The stabilizing rotor system enables controlled tilt when operating in close proximity to façades, while the proprietary lance adjustment mechanism within a ±60 degree range allows precise vertical control of the working jet. Integration of flight control and washing functions within a single operator interface eliminates the need for parallel operation of external control panels, enhancing safety and simplifying training for franchise partners. The system is designed for single operator use while maintaining full control over hydraulic parameters and working position.
The second pillar of the architecture is the mobile pumping and filtration station responsible for stable delivery of the working medium under variable height conditions and supply line length. The system is based on high quality Italian pumps rated at 2.2 to 3.0 kW, providing working pressure up to approximately 155 bar while maintaining required water supply between 2 and 5 bar. The integrated 550 liter buffer tank stabilizes flow and limits parameter fluctuations during dynamic UAV operation.
A key component of the system is RO/DI filtration technology, enabling operation with demineralized water and eliminating the risk of streaking and mineral deposits on glass surfaces and photovoltaic panels. The inline heating module allows water temperatures up to 60 degrees Celsius, increasing effectiveness in removing grease and industrial contaminants and enabling safe cleaning of heated surfaces under strong solar exposure. Automatic hose drum systems stabilize the supply line during take off, operation, and landing, which is critical when working at heights up to 150 meters.
The entire system has been designed as a logistical unit fitting within a single transport pallet, simplifying franchise partner deployment and reducing operational preparation time to a matter of minutes. This architecture enables business development based on an industrial technical standard rather than improvised field solutions.
DCS X1 PRO has been designed for operation on large and difficult to access facilities where traditional methods require extensive logistics and personnel working at height. The system is primarily applied to glass and aluminum façades, where pressure control and use of demineralized water are essential to eliminate streaking and mineral residue. Through integration of RO/DI technology and water heating capability up to 60 degrees Celsius, the platform effectively removes standard atmospheric contamination as well as industrial pollutants and grease deposits.
The system is also used on industrial roofs, steel structures, production halls, and warehouse facilities where access to upper structural sections is limited. Operational stability with extended supply lines and capability of operation up to 150 meters allows execution without constructing scaffolding or deploying lifting platforms. DCS X1 PRO is equally effective in cleaning technical installations, pipelines, and energy infrastructure components where precise control of the working jet is critical.
A significant application area includes photovoltaic installations and PV farms, where surface finish quality directly affects panel efficiency. Demineralized water technology provides a clean finish without the need for manual finishing, significantly reducing execution time on large scale surfaces. Thanks to high operational efficiency, the system can be used both for individual commercial facilities and extensive industrial complexes requiring rapid and repeatable execution.
DCS X1 PRO is applicable wherever safety, parameter control, and the ability to conduct aerial operations without interfering with ongoing facility operations are essential. It is a solution dedicated to companies executing projects in environments requiring technical precision and predictable results.
Do you want to purchase the Global AeroCleaning Solutions™?
