Super High Input-Output Ratio
Low investment, high returns. Cost reduction and efficiency boost with quick ROI and long-term gains through data-driven optimization and energy-saving design.
Industrial Grade AGV Platform
Robot Mobile Chassis Built for Industry Applications
50kg payload autonomous ground vehicle featuring patented four-wheel suspension, dual 3D camera & LiDAR navigation, and an open SDK for rapid robotics development.
The Reeman Robot Mobile Chassis is an autonomous ground vehicle (AGV) platform featuring a 50kg payload capacity, 4-hour battery life, and open SDK architecture. Designed for industrial automation, research, and robotics education, it combines patented four-wheel independent suspension with dual 3D camera and LiDAR navigation for reliable indoor and outdoor operation.
50kg
Max Payload
4h
Battery Life
200+
Patents
Open
SDK & API
Key Features
Built with cutting-edge technology to deliver exceptional performance, safety, and flexibility for your robotics projects.
Open SDK Platform
Fully open hardware and software with comprehensive API support. Rich documentation aids development and compatibility with various sensors and actuators.
Reduced Development Costs
Stable navigation with a shorter R&D cycle and lower development cost. Get your projects to market faster with proven, field-tested technology.
Autonomous Obstacle Avoidance
Dual 3D cameras and LiDAR enable full-area perception and obstacle avoidance with millisecond-level response for maximum operational safety.
Cloud Service Platform
Supports remote navigation deployment, real-time data monitoring, and quick map updates through an intuitive cloud-based management interface.
Customised Development
Highly scalable architecture allowing tailored application design to fit your specific needs, use cases, and integration requirements.
Product Overview
Reeman robot mobile chassis is a high-performance, economical, and practical robot platform, designed specifically for robotics education, research, and industrial applications. With its outstanding stability, powerful drive, and flexible development interface, it provides an ideal foundational platform for various robotic projects.
This chassis is equipped with an efficient electric drive system, delivering stable power output to ensure the robot operates smoothly in various environments. Whether on flat surfaces or slightly uneven roads, it offers reliable motion performance, adapting to a wide range of application scenarios.
The modular design provides high flexibility in hardware expansion. The chassis is compatible with various sensors, cameras, LiDARs, and actuators, allowing developers to freely configure and quickly customize their robot systems according to specific needs.
Additionally, it comes with an open SDK and rich interfaces, supporting secondary development. Whether for robotics education, research projects, or industrial automation applications, this platform can provide strong support, helping you quickly develop and turn creative ideas into reality.
Product Parameters
Detailed technical specifications for system integration and project planning.
Length (mm)Approx. 620
Width (mm)Approx. 520
Height (mm)Approx. 310
Hanging MethodPatented multi-link four-wheel independent suspension
Wheelbase (mm)420
Track Width (mm)450
Minimum Ground Clearance (mm)≥ 50
Turning Radius (mm)0
Maximum Gradient (°)15
Maximum Speed (m/s)2
Mass of Equipment (kg)Approx. 40kg, varies by configuration
Battery TypeLithium iron phosphate (Li-FePO4)
Battery Capacity36V 20Ah
Endurance (h)4
Charging Time (h)3
Electric Control Box Size3
Drive Motor Power (W)200 × 4
Steering Servo Power (W)100 × 2
Battery ProtectionOver-current, over-discharge, short-circuit
Mileage SensorsDifferential, Hall Sensor
Maximum Overrun Height (mm)40
Maximum Load (kg)≥ 50
Frequently Asked Questions
Everything you need to know about the Reeman Robot Mobile Chassis.
What is the maximum payload capacity?
The Reeman Robot Mobile Chassis supports a maximum payload capacity of ≥50kg, making it suitable for a wide range of industrial, research, and educational applications requiring substantial load-bearing capability.
How long does the battery last and how long to charge?
The chassis provides 4 hours of continuous operation on a full charge. Charging takes approximately 3 hours using the included lithium iron phosphate battery system with over-current, over-discharge, and short-circuit protection.
What sensors enable autonomous navigation?
The chassis features dual 3D cameras and LiDAR sensors that enable full-area perception, obstacle avoidance, and precise autonomous navigation with millisecond-level response times for maximum safety.
Does the chassis support ROS integration?
Yes, the chassis supports ROS integration via a fully open SDK with comprehensive API support. The platform includes rich documentation and is compatible with various sensors and actuators, enabling seamless integration with ROS-based development workflows.
Ready to Automate Your Operations?
Get in touch with our team to request a free trial or learn more about how the Robot Mobile Chassis can transform your business.
Contact Sales