Unitree Robotics
Unitree AS2 EDU Plus Industrial Robot Dog
Unitree AS2 EDU Plus Industrial Robot Dog
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The Unitree AS2 EDU Plus (AS EDU -U2) is a compact industrial quadruped robot built for robotics research, embodied AI development, field testing, and payload transport. With high-torque motors, LiDAR perception, IP54 protection, and secondary development support, AS2 EDU is designed for universities, research labs, and advanced robotics teams.
- Up to 90 N·m max joint torque
- Approx. 15 kg continuous walking load
- Up to 4 hours unloaded walking time
- IP54 protection for field environments
- Secondary development supported with optional NVIDIA Jetson Orin NX expansion
Ideal for robotics education, embodied AI, autonomous mobility research, inspection testing, and sensor integration.
Contact K-Robotics for AS2 EDU pricing, lead time, and configuration options.
Performance may vary depending on terrain, payload, temperature, battery condition, and operating mode.
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Industrial-Grade Mobility & Power
12 DOF joint system with up to approx. 90 N·m max joint torque for stronger motion and terrain adaptability.
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15 kg Walking Payload
Supports approx. 15 kg continuous walking load and up to approx. 65 kg max standing load for sensors and field payloads.
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Long-Range Endurance
Up to approx. 4 hours unloaded walking time, approx. 20 km range, and over 2.5 hours with a 15 kg load.
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All-Terrain Capability
IP54 Rated, Handles up to approx. 40° slopes, 25 cm stair climbing, and speeds up to approx. 5 m/s.
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LiDAR Perception & Intelligent Following
Industrial-grade 64–128-line LiDAR, HD front camera, front lighting, microphone, speaker, and ISS 3.0 intelligent following.
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Developer-Ready EDU Platform
Secondary development supported with 8-core CPU, Gigabit Ethernet, SBUS, BAT power output, charging dock, and NVIDIA Jetson Orin NX.
Advanced Terrain Mobility
Built for slopes, rocks, uneven ground, and outdoor field environments, AS2 EDU delivers agile quadruped mobility for real-world robotics testing.
• Up to approx. 40° slope capability
• 25 cm stair climbing capability
• Designed for outdoor field testing
High-Speed Dynamic Motion
AS2 EDU is engineered for fast, agile bionic motion, supporting high-speed quadruped movement for mobility research and field demonstrations.
• Speed: 0–3.7 m/s
• Up to approx. 5 m/s under supported conditions
• Running, climbing, and jumping motions
Embodied AI Interaction
AS2 EDU supports intelligent following and human-robot interaction, making it suitable for embodied AI research, companion behavior, and interactive demonstrations.
• ISS 3.0 Intelligent Follow System
• Human-following behavior
• Built for embodied AI research
Static Load Demonstration
AS2 EDU demonstrates strong structural stability under static loading, supporting payload testing, sensor mounting, and robotics research demonstrations.
• Official max standing load: approx. 65 kg
• Approx. 18 kg compact robot body
• Aluminum alloy structural design
* Demonstration footage is for visual reference only. Rated specifications may vary by configuration and operating conditions.
Dynamic Payload Mobility
Designed to carry real payloads while walking and climbing, AS2 EDU is ideal for sensors, cameras, computing modules, and field robotics equipment.
• Approx. 15 kg continuous walking load
• Over 2.5 hours walking with 15 kg load
• Approx. 13 km loaded walking range
IP54 Field Protection
With IP54 protection, AS2 EDU is built for complex outdoor environments, including light rain, dust, and field testing conditions.
• IP54 protection rating
• Suitable for outdoor testing
• Built for field robotics scenarios
AI Compute & Sensor Expansion
AS2 EDU supports secondary development, optional perception hardware for advanced robotics research, mapping, navigation, and embodied AI applications.
• Up to 3 depth camera / LiDAR expansion options
• Optional NVIDIA Jetson Orin NX high-compute expansion
• Gigabit Ethernet, SBUS, and BAT power output