BIG BOLD
& BUILT FOR BUSINESS
At RoboStore, we provide cutting-edge robotics solutions designed for the demands of industrial applications. Whether you're exploring autonomous inspections, tele-operation, or advanced robotics R&D, our lineup of Unitree Robotics products offers unmatched precision, adaptability, and performance. From the heavy-duty B2 quadruped to the groundbreaking G1 humanoid, our robots empower businesses to innovate and succeed.
THE FUTURE OF
Industrial Inspections
Industrial inspections have evolved. Unitree's quadruped robot inspection solution integrates robotics, AI, image recognition, big data, and digital twin technologies to provide a cutting-edge, unmanned, and intelligent approach to operation and maintenance.
Whether it’s a complex substation, a rugged factory environment, or an underground mine, our solution adapts seamlessly to any terrain or condition, ensuring full coverage, accuracy, and efficiency. Designed to meet the demands of modern industries, these robots transform inspections, reducing risks and maximizing productivity.
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VERSATILITY ACROSS INDUSTRIES
From power grids and pipelines to petrochemical plants and data centers, our robots tackle inspections in environments where manual methods fall short.
UNMATCHED TERRAIN ADAPTABILITY
With their unique quadruped design, these robots conquer stairs, slopes, and other challenging terrains where traditional wheeled or tracked robots struggle.
AI-DRIVEN INSIGHTS
Leveraging intelligent recognition algorithms, these robots analyze data in real-time to detect anomalies, ensure safety, and improve maintenance planning.
FUTURE-READY TECHNOLOGY
With digital twin technology, inspection paths are reproduced virtually, allowing real-time monitoring and proactive decision-making to streamline operations.
The Benefits of Robotics in Industrial Spaces
As a trusted U.S. distributor of Unitree Robotics, Robostore is your gateway to cutting-edge robotics solutions tailored for industrial applications. Whether you’re conducting advanced research, enhancing marketing campaigns, or deploying tele-operated and autonomous inspection systems, our product lineup delivers unmatched performance and versatility. From the robust B2 quadruped to the innovative G1 humanoid, we provide the tools to push the boundaries of what’s possible in robotics.
Request a QuoteExperience the future of robotics with quadruped robots that combine autonomous navigation and tele-operation. These advanced machines independently navigate complex environments—stairs, slopes, and tight spaces—while offering seamless remote control for precise operations. Ideal for industries like oil and gas, logistics, and energy, they enhance efficiency and reduce operational risks, setting a new standard in robotic inspections.
Equipped with AI-powered sensors (e.g., PTZ cameras, acoustic imagers), the robots can identify faults early, such as temperature anomalies, gas leaks, or equipment wear.
The robots provide real-time, 3D visualization of inspection environments, enabling immediate assessment of equipment conditions and early warnings.
The quadruped design and robust sensors enable use in extreme conditions (-40°C to 55°C) and varied terrains like underground mines, factories, or power grids.
By automating inspection tasks and integrating structured big data analysis, the solution reduces operational costs while improving efficiency and accuracy.
HOW THE INSPECTION PROCESS WORKS
01. SETUP
INITIAL
ENVIRONMENT SETUP
Before their first deployment, the robots scan and map the environment to create a Digital Twin model. This allows them to plan inspection routes and adapt to unique site challenges.
- The scanning process uses built-in 3D Lidar sensors and 360° laser imaging to capture terrain details, obstacles, and environmental parameters.
- Once the Digital Twin is created, routes are manually planned or adjusted within the system to ensure optimal coverage.
02. DEPLOYMENT
DEPLOYMENT
IN ANY TERRAIN
Once the Digital Twin is set up, the robot is ready for deployment. Thanks to its advanced terrain adaptability, it can operate on:
- Stairs, slopes, uneven ground, or confined spaces.
- Extreme temperatures ranging from -40°C to 55°C.
03. DATA COLLECTION
COMPREHENSIVE
SENSOR INTEGRATION
The robot uses its sensors to collect inspection data, including:
- Dual-light PTZ cameras for high-resolution images and meter readings.
- Acoustic imagers for gas leak detection.
- Infrared thermal imaging for heat anomaly detection.
- 3D Lidar for terrain mapping and positioning.
04. FAULT DETECTION
AI-POWERED
FAULT DETECTION
Intelligent Recognition powered by advanced AI-algorithms analyze the collected data to identify equipment abnormalities, such as:
- Oil or gas leaks.
- Temperature inconsistencies.
- Defective components.
05. DATA ANALYSIS
REAL-TIME
3D VISUALIZATION
The data is processed in real time and visualized within the Digital Twin platform, allowing operators to:
- Track robot trajectories.
- Assess equipment conditions.
- View real-time alerts and recommendations.
06. ACTIONABLE INSIGHTS
PROACTIVE
DECISION-MAKING
Based on AI analysis, the system delivers actionable insights after it's analysis:
- Predictive maintenance recommendations.
- Real-time emergency alerts.
- Long-term risk assessments based on historical data trends.
Case Studies
This project is mainly performed in outdoor areas of 500kV. A quadruped robot B1, equipped with a 3D laser radar, a dual-light, PTZ, a charging room and a wireless module, etc., is selected to realize the robot walking and charging autonomously in the inspection area.
Case Studies
This project is mainly performed in outdoor areas of 220KV and 11KV power distribution rooms, the main control room, and the relay protection room. The robot patrolling areas involve stairs, ramps, mouse guards, and doors.
Case Studies
A B1 quadruped robot equipped with 3D LiDAR, a PTZ camera, and a wireless module performs autonomous inspections at a 220kV booster station, monitoring instrument data, gas levels, and partial discharge while streaming real-time updates to the control room.
Case Studies
A B1 quadruped robot equipped with 3D LiDAR, a PTZ camera, and an acoustic imager performs autonomous inspections on generating units, monitoring pointer readings, liquid drips, temperatures, and gas leaks. It streamlines anomaly detection, data analysis, and GIS room monitoring, reducing costs and boosting efficiency.
Case Studies
A quadruped robot with 3D LiDAR, a PTZ camera, and a wireless module inspects the 1880 heating furnace area of a hot rolling mill, monitoring steam leaks and enhancing inspection efficiency. The data-driven approach enables intelligent diagnosis of key equipment.
Case Studies
A quadruped robot equipped with 3D LiDAR, a PTZ camera, and a wireless module conducts autonomous inspections of instruments, pipes, valves, and motors in the brewery’s power workshop. It navigates and avoids obstacles while transmitting real-time inspection data to user terminals.
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