BackGo1 Robot Dog

Lightweight Quadruped Robot for Research

A1 Robot Dog

The Unitree A1 is a highly integrated small-to-medium-sized quadruped robot featuring a patented chassis layout and 12 high-performance servo motors. It delivers a maximum continuous running speed of approximately 3.3m/s, comes standard with an intelligent depth camera and real-time HD video transmission, and supports person tracking, dynamic obstacle avoidance, visual SLAM, and secondary development—ideal for education and research scenarios.

Run up to 3.3m/sMulti-Eye Intelligent Depth Camera12 high-performance servo motorsReal-time HD video streamingFoot Force SensingSupports secondary development
A1 Robot Dog Product Image

Specifications

Technical Specifications

payload

Approx. 5 kg

Battery Life

1-2.5h

Maximum sustained running speed

About 3.3m/s (11.88km/h)

joint torque

33.5 N·m (peak)

Maximum Joint Speed

21rad/s

External Interface

HDMI × 2 / Ethernet × 2 / USB × 4

Standard Camera

RealSense Depth Camera

Foot Sensor

4 Foot Pressure Sensors

Battery Output

2 4V external power input, 12V/19V output

Main Control

Dual control architecture: Perception and Motion controllers

Features

Features

Multi-Camera Intelligent Depth Camera: Active Infrared Stereo Depth Technology, depth range 0.3–10 meters, 1080P camera resolution, error accuracy < 2% within 2 meters.

Superior running performance: maximum sustained speed 3.3m/s (11.88km/h), close to an adult's jogging pace—ideal as a running companion.

Exceptional Stability: Advanced dynamic balance algorithm quickly restores equilibrium after impacts or drops.

Patented fuselage structure and layout: High-strength lightweight design for simple, convenient maintenance; 24V external power input port; 5V, 12V, 19V external power output ports.

Sensitive foot-ground contact sensing: Each foot integrates a force sensor to detect contact status in real time, combining hardware force sensors with motor current feedback.

Vision-based autonomous following and obstacle avoidance: Real-time tracking of targets within the visual field, with obstacle avoidance for objects within 0.8m of the camera's view. Optional high-precision LiDAR supports map building, autonomous localization, navigation planning, and dynamic obstacle avoidance.

Applications

Use Cases

Education & Research

Algorithm Validation

Smart Inspection

Interactive Performance

Security Patrol

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Beijing ICP License No. 2026026760