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Education & Research: Open SDK interfaces for algorithm development and validation
Lightweight Applications: Adapts to basic indoor/outdoor mobility needs
High Cost-Effectiveness: 50%+ cost reduction compared to industrial models
Dimensions (Stand):610mm×370mm×406mm
Weight:12kg
Load:Max.7.5kg
Maximum slope gradient: 40°
Height of continuous stairs: 15cm
Endurance time:1.5h~2h
Endurance mileage:5KM
Protection level: NO
1. Research & Education
Algorithm Development & Validation:
Open SDK interfaces support ROS-based development, ideal for academic and research institutions focusing on robot motion control and SLAM navigation.
Bionic Robotics Teaching:
Serves as a quadruped robot teaching platform, helping students grasp fundamentals like mechanical design and gait planning.
2. Lightweight Application Testing
Indoor Navigation:
Tests autonomous obstacle avoidance and path planning in flat environments (e.g., labs, offices).
Outdoor Basic Mobility:
Adapts to simple terrains like grasslands and gentle slopes (≤40°), suitable for short-distance material transport or environmental exploration demos.
3. Life Companionship & Demonstrations
Smart Interaction:
Equipped with voice modules or basic AI for companion functions (e.g., following, simple dialogue).
Commercial Showcases:
Used at tech expos or mall promotions to demonstrate core quadruped robot capabilities.
4. Low-Cost Prototyping
Startup Validation:
Provides cost-effective hardware for robotics startups to rapidly test product concepts.
Function Expansion Testing:
Supports add-ons like RGB cameras or ultrasonic modules for lightweight inspection or monitoring solutions.
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