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Overview
The MQ200 is the curtain wall cleaning robot of BMR's work-at-height series. The body under 80 kg runs on a 220 V supply, takes its water from the ground and works at 0-90° inclination on flat and large-curvature glass, metal and stone curtain walls up to 200 m. Cleaning width is 1,000 mm, travel speed 0-0.2 m/s and overall cleaning output above 350 m² per hour; the modular obstacle-crossing mechanism clears projections up to 400 mm and overall coverage exceeds 80 percent. The operating model has three layers: ground operator control, autonomous work at height and AI visual inspection; the AI vision system recognises facade features and obstacles, plans an intelligent route and assesses the degree of cleanliness itself, while cleaning parameters are controlled precisely. A redundant safety system greatly lowers the risk of work at height; the integrated waste-water recovery unit causes no secondary pollution to the surroundings. The in-house path planning software generates the construction route automatically; at the end of fully automatic work a cleaning report is created by itself. The protection rating is IP54. Commercial office buildings, hotels and city landmark buildings are its main application areas. Actual cleaning performance varies with facade material, surface curvature, contamination type, building structure, wind and the available suspension equipment; before deployment the building drawings, facade photographs and project specification are collected, and building height, total facade area, curtain wall material, projection sizes, roof suspension conditions, water and power access, contamination type, wind and weather conditions and cleaning frequency are evaluated.
Ground control, autonomous at height
The operator stays on the ground; the robot works autonomously on the facade and the AI vision system assesses facade features, obstacles and the degree of cleanliness itself. When work ends a cleaning report is created by itself.

Two hundred metres, 350 square metres an hour
It works at 0-90° inclination up to 200 m; with a 1,000 mm cleaning width and 0.2 m/s speed overall output exceeds 350 m² per hour.
It clears facade projections
The modular obstacle-crossing mechanism passes facade decoration projections up to 400 mm; coverage exceeds 80 percent on flat and large-curvature glass, metal and stone facades.
Redundant safety, clean waste water
The redundant safety system greatly lowers the risk of work at height; the integrated waste-water recovery unit causes no secondary pollution. The body is under 80 kg and rated IP54.
Cephe Temizlik Robotu MQ200; Live Demonstration
Facade Cleaning Robot MQ200: Technical Analysis
From rope-access workers to a ground-managed robot
Curtain wall cleaning is done by a rope-suspended crew; output depends on the weather, the crew's condition and safety procedure, and waste water runs down the facade. The MQ200 works on a three-layer model: the operator stays at the ground control unit, the robot cleans autonomously at height, and the AI vision system recognises facade features, plans the route and assesses cleanliness. With a 1,000 mm cleaning width and 0.2 m/s speed it cleans more than 350 m² of surface per hour; the integrated waste-water recovery unit collects the water used and causes no secondary pollution. The redundant safety system lowers the risk of work at height; the cleaning report is generated when the job ends.
Two hundred metres, four hundred millimetres of projection
Working height reaches 200 m and the operating slope is 0-90°; it works on flat and large-curved glass, metal and stone curtain walls, smooth exterior panels and vertical and inclined surfaces. The modular obstacle-crossing mechanism passes facade decorations and architectural projections up to 400 mm; overall coverage exceeds 80 percent. The body is under 80 kg and IP54; it runs on 220 V mains and takes its water from the ground.
How it works
- Inspect the building facade and confirm suspension conditions.
- Install the robot and connect the water, power and safety systems.
- Set the cleaning area and operating parameters.
- The AI vision system identifies facade features and plans the cleaning path automatically.
- Autonomous high-altitude cleaning starts; status is monitored from the ground and waste water is recovered during cleaning.
- Assess facade cleanliness and repeat local cleaning where required.
Who it is for
For high-rise and ultra-high-rise buildings with large glass, metal or stone curtain wall areas: commercial office towers, hotels and serviced apartments, shopping centres, urban landmarks, hospitals and public buildings, exhibition and convention centres, transport hubs and high-rise residential developments; for property owners wanting regular facade maintenance, less reliance on rope-access workers and waste-water management, and for facade maintenance and post-construction exterior cleaning contractors.
Price and sourcing
The MQ200 is sourced for Turkey on a project basis; import, customs clearance, commissioning and operator training are part of delivery. Investment is set by corporate quotation against edition, configuration, spare and wear-part provisioning, training scope and quantity. Before quotation the building drawings, facade photographs and project specification are collected. Request a quotation with your project profile.
MQ200 Technical Specifications
| Parameter | Value |
|---|---|
| Total weight | ≤80 kg |
| Operating slope | 0-90° |
| Construction scenarios | Flat and large-curved glass, metal and stone curtain walls |
| Moving speed | 0-0.2 m/s |
| Working height | ≤200 m |
| Cleaning efficiency | ≥350 m²/h |
| Operating voltage | 220 V |
| Obstacle crossing height | ≤400 mm |
| Water supply method | Surface water supply |
| Cleaning width | 1,000 mm |
| Overall coverage rate | ≥80% |
| Protection level | IP54 |
Summary
The MQ200 turns curtain wall cleaning from a rope-suspended crew into a ground-managed autonomous process: 200 m height, 350 m² per hour, 1,000 mm width, 400 mm obstacle crossing, AI path planning and cleanliness assessment, waste-water recovery and redundant safety. For office towers, hotels, shopping centres and landmark buildings with glass, metal and stone facades, request a quotation with your building height, facade area and suspension conditions.
Details & Performance Parameters.
Physical Architecture
Dynamic Performance
Energy & Protection
Computing & Intelligence
AI visual inspection model; intelligent route planning; cleanliness assessment; in-house path planning software
Facade feature and obstacle recognition by the AI vision system; redundant safety sensors
Three-layer model of ground operator control, autonomous work at height and AI inspection; precise cleaning parameter control; automatic cleaning report; waste-water recovery
Ground control unit; 220 V supply and ground water line
Hardware & Materials
Flat and large-curvature glass, metal and stone curtain walls; modular obstacle-crossing mechanism; waste-water recovery unit
Bring Autonomous Power to the Field.
Start your Cephe Temizlik Robotu MQ200 project with our experts now.
Get a Cephe Temizlik Robotu MQ200 Quote
There is no single list price; the investment depends on configuration and use case. Fill in the form and we will return with a clear, tailored quote.
- Supply plan and delivery schedule from the manufacturer line
- Technical feasibility against your project requirements
- Integration scope and engineering support
- Specification and documentation support for corporate procurement
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About the BMR Cephe Temizlik Robotu MQ200
Cephe Temizlik Robotu MQ200 Frequently Asked Questions
The most commonly asked questions and answers about Cephe Temizlik Robotu MQ200.
It works on flat and large-curvature glass, metal and stone curtain walls, smooth exterior panels and vertical and inclined surfaces, and clears decorative projections up to 400 mm. Commercial office buildings, hotels, shopping centres and landmark buildings are the main applications.
The robot runs on a 220 V supply and takes its water from the ground; the waste-water recovery unit collects the water used. Connections are planned at the survey to the building's roof suspension, water and power infrastructure.
On the ground, at the control unit. The robot works autonomously on the facade; the AI vision system plans the route and assesses cleanliness, the operator monitors status from the ground and receives the cleaning report when the job ends.
Building height, total facade area, curtain wall material, surface curvature, projection sizes, roof suspension conditions, water and power access, contamination type, local wind and weather conditions and cleaning frequency, together with building drawings and facade photographs.
The BMR MQ200 is sourced on a project basis: the site schedule, floor area, concrete or coating system and site access are settled at the survey; import, commissioning and operator training are part of delivery. For a quotation, send the project type, total square metres and the works programme.















