Facade robotics for high-rise operations

Bionic obstacle-crossing facade cleaning robot

TNQ1 combines wheel-leg-wing mobility, facade perception, and high-efficiency cleaning systems for glass, stone, metal panel, and mixed high-rise facades.

TNQ1 climbing facade robotics platform
20 cmObstacle crossing
100+Facade features
Edge AILow-compute deployment
3M+ m²
Facade cleaning completed

Commercial, hotel, technology park, and headquarters projects

4x+
Productivity lift

Measured against manual high-rise facade cleaning workflows

62%
Cost reduction

Based on a 10,000 m² field comparison scenario

Facade-ready robotics

Automated cleaning for complex high-rise facades.

TNQ1 is designed for glass, stone, metal panel, and mixed curtain-wall structures, helping property owners and facade operators improve safety, efficiency, and cleaning consistency.

TNQ1 robot operating on a glass facade render

TNQ1 platform

Premium robotics for high-rise facade operations.

TNQ1 is designed for international property owners and facade service operators who need measurable safety, productivity, and cleaning quality improvements.

TNQ1 cleaning jet product render

Video proof

Watch TNQ1 clean, cross obstacles, and work near real facade geometry.

Selected source videos are compressed for the web and loaded only when the buyer chooses to play them.

Cleaning result

Before-and-after cleaning comparison

A concise proof clip for buyers who need to understand visible cleaning impact.

Field operation

Overhead view of facade cleaning

Shows TNQ1 maintaining coverage and movement during real facade cleaning.

Close-up

Close-range cleaning hardware

A closer look at the brushing and water delivery system in operation.

Core capabilities

Built for facade complexity, not ideal lab surfaces.

Wheel-leg-wing mobility

High-flex wheel-leg locomotion and coaxial ducted fans help TNQ1 maintain contact, cross facade frames, and operate across mixed surfaces.

20 cm obstacle crossing

Active and passive obstacle strategies help the robot move past mullions, decorative strips, and low facade protrusions without stopping work.

Facade perception

Edge AI identifies facade structures, materials, dirt patterns, and defect categories while keeping deployment simple for operators.

Cleaning system

Microbubble water jetting, dynamic pressure control, and fin-inspired brushing improve coverage while reducing water use.

Applications

From cleaning to vertical-space infrastructure.

CloudWalker starts with the high-frequency need of facade cleaning and expands toward inspection, digital twins, and universal vertical work.

Flat glass curtain walls
Horizontal and vertical mullion systems
Stone and glass mixed facades
Metal panel facades
Air-conditioning recesses and complex frames
Future inspection, painting, delivery, and rescue workflows

Buyer proof

Robot operations that can be compared against manual work.

The v1 evidence set uses field measurements from a 10,000 m² facade scenario and project records from the investor deck.

Dimension Manual cleaning TNQ1 robotic operation
Crew configuration 5 workers 2 robots + 3 assistants
Project duration 7 days 3.5 days
Cleaning efficiency 62.5 m²/hour 180 m²/hour
Water usage High waste 50%+ saving through precision jetting

Named projects

Representative projects from CloudWalker field materials.

Guangzhou Metro Design & Research Institute Building

Guangzhou, Guangdong

Guangzhou Metro Design & Research Institute Building

Height
High-rise commercial building
Facade
Glass curtain wall
Obstacle
Facade frames and operating columns
Scope
Robot coverage: 100%
Shenzhen Tairan Licheng A & B Towers

Shenzhen, Guangdong

Shenzhen Tairan Licheng A & B Towers

Height
146 m
Facade
Hidden-frame glass curtain wall
Obstacle
100 mm protrusions
Scope
45,000 m² across two towers, 11 days
Shenzhen Futian Next-Generation Industrial Park

Shenzhen, Guangdong

Shenzhen Futian Next-Generation Industrial Park

Height
80 m
Facade
Glass
Obstacle
Flat facade and vertical frames
Scope
Pilot cleaning project

Technology platform

Embodied AI translated into operating outcomes.

01

Sense

Detect facade structures, material categories, dirt types, and work boundaries before and during operation.

02

Plan

Use facade-aware gait planning, stability analysis, collision analysis, and low-obstacle crossing strategies.

03

Control

Coordinate force feedback, posture adjustment, fan adhesion, brush pressure, and water jet intensity in real time.

04

Learn

Turn every project into operating data for future facade inspection, digital twin, and building health intelligence.

International partnerships

Bring high-rise facade robotics to your market.

Work with CloudWalker as a property group, cleaning operator, distributor, or regional service partner.

Request demo