Products
Qiming Q2 Intelligent Robotic Guide Dog: Elevating Independence for the Visually Impaired - China Suppliers and Factory
Seven Core Features—Safeguarding Every Step
Detects both static and dynamic obstacles in advance, enabling smooth and safe navigation around them.
Supports autonomous mapping and path planning for confident and effortless travel.
Handles stairs, grass, cobblestone paths, and more—moving as smoothly as on flat ground.
Understands voice commands and provides real-time feedback for seamless communication.
Voice alerts combined with warning lights enable immediate help requests in emergency situations.
Leash-based emergency stop and balance monitoring ensure double-layer safety protection.
Early warning for dangerous sections with active speed reduction.
Versatile Scenarios for Safer, Freer Mobility
Asphalt, stone pavement, grass, tactile paving, marble, and more.
Slopes, stairs, access gates, traffic lights, and other urban obstacles.
Subways, buses, shopping malls, and beyond.
Product Parameters
| Operating Time | ≥1.5h |
| Charging Time | ≤1h |
| Protection Rating | IP54 |
| Dimensions (Standing) | 730mm * 370mm * 525mm |
| Weight | 11.5Kg |
| Battery Capacity | 4.6Ah (198.72Wh) |
| Auto Charging | Supported |
| Max Motion Speed | Up to 3.5 m/s |
| Max Slope Angle | ≥30° |
| Stair Climbing Height | ≥16cm |
| Computing Module | High-performance computing module |
| Audio Module | Speaker, wireless Bluetooth earphones, wireless microphone |
| Communication Module | 4G, WIFI |
| Sensors | 3D LiDAR, depth camera, ultrasonic sensors, RGB camera, force sensors |
| Guide Cane | Adjustable height, vibration feedback, one-touch alarm |
| Terrain Adaptability | Suitable for paved roads, stairs, grass, cobblestone paths, tactile paving, marble, etc. |
| Obstacle Detection & Avoidance | Detects static obstacles (stairs, manholes, slopes) dynamic obstacles (vehicles, pedestrians, animals), and terrain changes (cobblestone, grass), with advance warning and stop capability |
| Traffic Light Recognition | Supported |
| Positioning Accuracy | Centimeter-level |
| Environmental Mapping | Generates community maps including safe routes and key waypoints |
| Path Planning | Supports preloaded maps and real-time perception; enables automatic route planning and autonomous navigation guidance |
| Voice Command Control | Supports intelligent voice interaction with semantic understanding and command execution (including navigation and human-robot interaction) |
| Status Feedback | Provides real-time voice updates on system status and environmental conditions |
| Safety Mechanisms | One-touch emergency assistance, emergency stop |
| Hazard Warning | Detects dangerous terrain or warning signs, slows down automatically, reroutes, and issues voice alerts |
| Emergency Alert | When unable to recover or upon detecting prolonged abnormalities, automatically uploads status and location to the backend system, sends alerts, and triggers audio-visual warnings |
Frequently Asked Questions
Q What are the obstacle avoidance capabilities of this robotic guide?
The robotic guide is equipped with a comprehensive sensor suite (3D LiDAR, depth camera, ultrasonic, and RGB sensors) that allows it to detect static obstacles like stairs, manholes, and slopes, as well as dynamic obstacles like vehicles and pedestrians. It provides advance warning and active deceleration/stopping.
Q Which terrains and road conditions can the robotic guide navigate?
It adapts to multiple terrains including asphalt, stone pavements, grass, tactile paving, and marble. It can handle slopes, stairs (with climbing height ≥16cm), access gates, and transit environments like subways, buses, and shopping malls.
Q How long does the battery last and what is the charging time?
The robotic guide has a battery capacity of 4.6Ah (198.72Wh), which supports an operating time of ≥1.5 hours. It features a fast charging time of ≤1 hour and supports auto charging.
Q What safety mechanisms are built into the device?
Safety is ensured through a dual emergency stop mechanism (leash-based emergency stop and balance monitoring), one-touch emergency assistance, automatic hazard warnings (slowing down/rerouting), and automatic status/location uploads to the backend during prolonged abnormalities.
Q How does the navigation and positioning system work?
It utilizes high-performance computing, preloaded maps, and real-time perception to achieve centimeter-level positioning accuracy. It automatically plans routes, maps out safe paths, and guides the user autonomously.
Q Does it support voice interaction?
Yes, it features natural voice interaction with semantic understanding and command execution. The device provides real-time status feedback and navigation updates through a built-in speaker, wireless Bluetooth earphones, or a wireless microphone.