Mobile Robot Chassis
Smooth moving over obstacles
The new SLAM algorithm, combined with various sensors such as lidar and ToF cameras accurately matches environmental maps and demands of high-precision positioning.
Multi-robot collaboration for intelligent scheduling
Improved trunked dispatch algorithm enables task dispatch to tens to hundreds of robots to ensure the optimal collaborative work.
Product features
Custom software development
Multiple sensor interfaces are provided for upper-layer application expansion and rapid custom software development.
Easier programming
The mainstream open-source robot operating system ROS makes the complex programming of autonomous systems easier.
Autonomous obstacle avoidance
The built-in lidar makes functions such as mapping and navigation possible and helps the robot easily climb over obstacles.
Efficient and accurate
High-accuracy positioning is achieved through the SLAM algorithm to enable connection between delivery points.
User-friendly design
Cool appearance made of aluminum alloy with the maximum size being *cm, which makes the robot able to move flexibly in narrow and small spaces.
High stability
The map-based multi-sensor system identification technology ensures stable operation of the robot and improved working efficiency of factories.
Multiple interfaces for diverse application scenes
The intelligent mobile robot is equipped with multiple expansion interfaces such as I/O and CAN for carrying various superstructures. 4 mounting holes are arranged on the top of the general
chassis for the installation of robotic arms, lifting gears, tripod heads and display screens on the top of the chassis,enabling multiple applications in one chassis.
Parameters
Product Size
460 * 537 * 277 mm
Product Weight
40 kg
Load
100 kg
Wheel specifications
Mecanum wheel x 4, drive wheel x 2
Maximum Speed
2 m/s
Obstacle height
25 mm
Extension ports
USB port x 1, Ethernet port x 1, 5V port x 1, 12V port x 1
Sensors
Ultrasonic Radar x 5, LiDAR x 1, ToF Camera x 1, IMU Sensor x 1
