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Load Capacity: Up to 30 kg, optimized for equipment transport and mission payloads.
Mobility System: Wheel-leg hybrid locomotion with front-back joint transformation for terrain adaptability .
Terrain Capability: Handles slopes, loose gravel, rocky surfaces, and uneven industrial floors with dynamic self-adaptation.
Sensors: Integrated vision, laser, ultrasonic, and IMU for complete environmental perception and autonomous navigation.
Protection: Strong impact resistance and fall-recovery capability.
Power System: Multi-voltage power interface with hot-swappable battery packs for continuous operation.
Interfaces: Multiple communication and expansion ports for mission modules and third-party hardware.
Environmental Performance: Designed for harsh outdoor use, including dust, temperature variation, and water splash exposure.
The robot’s high payload capacity and terrain-adaptive mobility allow it to carry packages, tools, and equipment efficiently. The brochure’s logistics illustration shows CB2 operating alongside delivery vehicles, demonstrating its capability to reduce human workload and improve delivery consistency. Smarter navigation prevents loss or mishandling, while its all-terrain drivetrain ensures safe movement over gravel, ramps, and slopes. This results in a reliable, cost-effective logistics assistant that operates tirelessly.
In high-risk environments such as electricity grid facilities highlighted in the brochure imagery —CB2 autonomously navigates through narrow passages, uneven terrain, and heat-exposed zones. Its vision and ultrasonic sensors detect anomalies, while its navigation engine safely maneuvers around obstacles. The robot reports findings directly to backend management, enabling early detection, faster maintenance response, and reduced operational downtime. This improves worker safety and enhances the accuracy of routine inspections.
With multi-sensor perception and reinforcement-trained mobility, the CB2 performs independent patrols across indoor and outdoor environments. It detects suspicious behavior, recognizes personnel, and navigates complex layouts with precision. As seen in the operational examples in the brochure , it can function alongside or ahead of human officers, enhancing situational awareness and improving incident response times. The robot reduces manpower requirements, increases continuity of surveillance, and ensures high-risk areas are monitored without exposing security teams to unnecessary danger.
In high-risk environments such as electricity grid facilities highlighted in the brochure imagery —CB2 autonomously navigates through narrow passages, uneven terrain, and heat-exposed zones. Its vision and ultrasonic sensors detect anomalies, while its navigation engine safely maneuvers around obstacles. The robot reports findings directly to backend management, enabling early detection, faster maintenance response, and reduced operational downtime. This improves worker safety and enhances the accuracy of routine inspections.
It supports up to 30 kg, allowing it to carry tools, sensors, rescue equipment, or delivery cargo without sacrificing mobility or stability.
Yes, it uses vision, lidar, ultrasonic sensing, and reinforced learning motion algorithms to autonomously navigate complex environments and avoid obstacles.
Its hot-swappable battery design ensures extended missions, allowing operators to replace batteries without powering down the system.
It is built for industrial, outdoor, and disaster-response settings, performing reliably on gravel, slopes, wet surfaces, rough terrain, and indoor facilities.
Yes, it includes multiple communication interfaces and power ports for adding cameras, sensors, tools, or mission-specific attachments.
Absolutely. It can perform autonomous patrols, identify anomalies, and provide real-time video and sensor data to security teams.
It features impact resistance, stability control, and fall-recovery mechanisms that allow it to continue operating even after disruptions.
Its sensors, mobility, and rugged design allow it to navigate dangerous areas, locate survivors, and transmit vital information to rescue teams.
All the essential technical documentation to help you understand, assemble, and operate your robot step by step.
Development resources, APIs, and SDKs to extend functionalities or integrate the robot with other platforms.
Answers to the most common questions about installation, operation, repairs, replacement, compatibility, and more.
Tutorials and visual guides for setup, daily use, maintenance, and troubleshooting.
Updated pricing, purchasing options, and financing availability for your region.
Practical applications, client success stories, and recommended configurations.
