
RHINO Series

The RHINO Series represents a new standard in industrial quadruped robotics, delivering robust, intelligent, and modular mobile platforms built for challenging environments.
UNSTOPPABLE OPERATION IN EXTREME WEATHER
Operates in temperatures from -20°C to 55°C with IP67 environmental protection.


SURMOUNTING OBSTACLES, STEADILY & RAPIDLY
Navigates stairs at a 45° angle with ease, climbs industrial staircases with stability, responds instantly to unexpected tasks, and quickly traverses complex environments.
Fusion Perception:
Illuminating What Darkness Conceals
Effortless Autonomous Navigation — Even in Total Darkness, Blinding Light, and Extreme Conditions with RHINO’s Advanced Perception System


POWERFUL PERFORMANCE
SUPERIOR ADAPTATION
25% Longer Battery Life and Quick-Swap Design for Uninterrupted Operation in Demanding Environments

Dimension
Standing size: 1000*585*470(mm)
Weight: 56kg
Motion
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Max Speed: ≥4m/s
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Slope: ≤45°
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Step/Obstacle’s: ≥20CM
Protection
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Ingress protection: IP67
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Temperature: -20°~55°
Communication
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Interface: Ethernet Output
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power supply (72V BAT)
Battery
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Endurance: 2.5-4h
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Mileage: ≥10km
Key Applications

Industrial Inspection
Robust design and sensors for automated inspection of industrial facilities, improving safety and efficiency.
Autonomous Navigation
Supporting SLAM, mapping, and advanced navigation, making them ideal for autonomous operations in complex environments.
Research & Development
Offering researchers a sophisticated quadruped robotics platform backed by comprehensive documentation and full ROS/ROS2 support.
Emergency Response
RHINO's robust IP67 protection and wide temperature tolerance (-30°C to +60°C) allow operation in disaster zones under extreme conditions.
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Standard industrial automation tasks are required
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Local network connectivity is sufficient
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Budget considerations are primary
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Basic autonomous navigation meets operational needs
Choose RHINO Basic when:


Choose RHINO PRO when:
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Standard industrial automation tasks are required
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Local network connectivity is sufficient
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Budget considerations are primary
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Basic autonomous navigation meets operational needs