Super high input-output ratio
Low investment, high returns. Cost reduction, efficiency boost. Quick ROI with data-driven optimization and eco-friendly energy-saving design.
Commercial-grade differential drive AGV/AMR base with open SDK, autonomous obstacle avoidance, and ROS compatibility
Low investment, high returns. Cost reduction, efficiency boost. Quick ROI with data-driven optimization and eco-friendly energy-saving design.
Fully open hardware and software with API support. Rich documentation aids rapid development and custom integration.
Stable navigation out of the box. Shorter R&D cycle and lower development overhead for faster time-to-market.
Dual 3D cameras and lidar enable full-area perception and real-time obstacle avoidance for safer operation.
Supports remote navigation, real-time data monitoring, and quick map deployment through an intuitive cloud interface.
Highly scalable modular architecture allowing tailored application design to fit specific operational needs.
Provide API interface to support customised development of robotic products with comprehensive documentation and sample code.
Smoother robot movements, smooth steering and less wobbling across uneven indoor surfaces.
Dual 3D cameras plus laser radar for active avoidance and safer operation in dynamic environments.
Deploy autonomous navigation and mapping through an intuitive visual interface without writing a single line of code.
Automatically call lifts and perform delivery tasks across floors for seamless multi-level logistics.
Achieve unified internal deployment of robots for efficient task distribution and fleet coordination.
The Moon Knight Robot Chassis is a commercial-grade differential drive AGV/AMR base featuring 60kg payload capacity, dual 3D camera obstacle avoidance, ROS support, and autonomous elevator integration for indoor and outdoor deployment.
The Reeman Moon Knight Robot Chassis is a highly adaptable and mature robotic mobility platform designed for a wide range of applications. With its stable, differential drive robot base and compatibility with various autonomous robot platforms, Moon Knight has been proven in numerous real-world scenarios, showcasing unmatched reliability in industrial and service robot deployments alike.
Built to support flexible configurations, Moon Knight functions seamlessly as an AGV chassis, AMR base, or outdoor robot chassis, meeting the needs of research, education, and heavy-duty environments. Its modular robot platform design allows for easy customization, making it a perfect foundation for advanced sensor integration, AI-powered navigation, and ROS compatibility.
With a robust structure and optimized for both indoor and outdoor conditions, Moon Knight's navigation-ready robot base enables smooth movement across diverse terrains. Ideal for projects that demand mature, stable performance and versatile application options, the Reeman Moon Knight is a comprehensive solution that adapts to autonomous navigation, SLAM-enabled, and open-source robot development needs.
Proven performance across diverse operational environments
The 60kg payload capacity enables efficient inventory transport, order picking, and material handling. Dual 3D cameras ensure safe navigation in dynamic warehouse environments with 20-hour battery life supporting full-shift operation.
Full ROS compatibility and open SDK enable SLAM algorithm development, autonomous navigation research, and robotics education. The modular design supports rapid prototyping and sensor integration testing.
5° climbing capability and robust differential drive system handle uneven terrain. IP-rated construction and 25m laser navigation enable reliable autonomous patrols in outdoor facilities and industrial campuses.
| Operating systems | Android 5.1 operating system and above |
| Whole machine size | 500mm (L) × 500mm (W) × 310mm (H) |
| Net weight | 34KG |
| Screen | 7 inches (resolution 1024×600) |
| Travel speed | 0.1 ~ 1.0m/s |
| Maximum load capacity | 60KG |
| Charging time | 4A (approx. 8 hours), 7A (approx. 4 hours) (with automatic recharge) |
| Robot input power | 28.4V – 7A |
| Battery parameters | Lithium iron phosphate 25.6V / 25Ah |
| Battery life | About 20 hours |
| Web-based approach | WiFi |
| Movement parameters | 25m laser navigation with autonomous obstacle avoidance; climbing: 5°; rotation radius: 0, swing radius: 254mm |
| Environmental conditions | Operating temperature: 5°C to 40°C; humidity: 5% to 85%. Storage temperature: -10°C to 50°C (at extreme temperatures, the battery needs to be charged and discharged at least once a month) |
The Moon Knight Robot Chassis supports a maximum payload capacity of 60KG, making it suitable for warehouse inventory transport, delivery applications, and industrial material handling tasks.
Yes, Moon Knight features full ROS (Robot Operating System) compatibility and supports SLAM (Simultaneous Localization and Mapping) algorithms. The open SDK platform provides API interfaces for customized development and integration with autonomous navigation systems.
The Moon Knight is equipped with a 25.6V / 25Ah lithium iron phosphate battery providing approximately 20 hours of continuous operation. The battery supports automatic recharge functionality with charging times of approximately 8 hours (4A) or 4 hours (7A).
Yes, Moon Knight features autonomous elevator integration capabilities. The robot can automatically call lifts and perform delivery tasks across multiple floors, enabling seamless multi-level operation in office buildings, hotels, and industrial facilities.
Moon Knight provides a fully open SDK platform with comprehensive API support for both hardware and software customization. The system includes rich documentation, Android 5.1+ compatibility, and supports remote navigation deployment through the cloud service platform without requiring extensive coding.
Moon Knight features 25m laser navigation with autonomous obstacle avoidance using dual 3D cameras and lidar for full-area perception. The system supports 0-degree rotation radius, 5° climbing capability, and operates effectively in temperatures from 5°C to 40°C.