LIMO COBOT
Mobile Manipulation Education Platform

LIMO COBOT
Mobile Manipulation Education Platform

Integrated physical AI education platform for hands-on learning in ROS 2 development, autonomous navigation, multi-sensor perception, and mobile manipulation.

Core Performance Metrics

4

Motion Mode

5.6kg

Payload

2.5hours

Runtime

250g

Payload (Robotic Arm)

Four Mobility Modes, Integrated Manipulation

A reconfigurable mobile platform integrates a lightweight 6-DoF robotic arm, combining four motion modes with hands-on mobile manipulation development. Students can explore the full robotics loop: move, perceive, approach, grasp, place, and repeat.

Advanced Perception for Navigation and Grasping

Powered by NVIDIA Jetson Orin Nano, EAI T-mini Pro LiDAR, Orbbec Astra+ depth camera, and high-precision IMU, LIMO COBOT supports SLAM, dynamic obstacle avoidance, object detection, and pose estimation.

ROS 2 Ready, Teaching Friendly

Complete ROS 2 courses and open-source code cover Python programming, sensor fusion, path planning, and visual grasping. An optional sand table is also available for experiments and demonstrations.

Who is Using LIMO COBOT

Built for robotics education, mobile manipulation research, AI algorithm development, and rapid robot prototyping.

Universities & Technical Colleges

For ROS 2, mobile manipulation, embodied AI, and intelligent robotics courses.

Robotics Competition & Training Programs

For preparing teams to build integrated navigation, perception, and grasping demonstrations.

Mobile Manipulation Research Team

For validating perception-to-action pipelines, vision-guided grasping, and coordinated base-arm control at an accessible scale.

STEM Learning Projects

For capstone projects that combine autonomous navigation, AI vision, and robotic manipulation on one robot.

Complete Ecosystem

Seamless integration with industry-standard hardware and software.

Components & Accessories

Configure LIMO COBOT with multiple mobility modes and scenario-based training arenas.

Tracks
Tracks
Mecanum Wheels
Mecanum Wheels
Onboard Computing
Onboard Computing
Sand Table
Sand Table

Software & Algorithms

Develop with ROS, SDKs, simulation tools, and resources for SLAM, navigation, perception, and robot control.

ROS 1 / ROS 2

Phython & C++ SDK

Gmapping / Cartographer / RTAB-Map

DWA / TEB Navigation

FAQ

LIMO COBOT is an integrated ROS 2 mobile manipulation education robot. It combines a four-mode mobile base, a 6-DoF robotic arm, onboard AI computing, and multi-sensor perception for navigation and vision-guided grasping.


LIMO PRO is primarily an open four-mode ROS development platform for mobile-robot education and algorithm development. LIMO COBOT is configured as a ready-to-use mobile manipulation platform, with an integrated arm and perception stack for complete navigation-and-grasping projects. LIMO COBOT is based on the LIMO PRO mobile platform.



Yes. Its LiDAR, depth camera, IMU, and onboard computing support mapping, localization, obstacle avoidance, and autonomous-navigation development through ROS 2.


LIMO COBOT integrates NVIDIA Jetson Orin Nano computing, an EAI T-mini Pro LiDAR, an Orbbec Astra+ depth camera, a high-precision IMU, and a lightweight 6-DoF robotic arm. Together, these components support SLAM, autonomous navigation, obstacle avoidance, object detection, pose estimation, and vision-guided grasping development.



LIMO COBOT is supported by ROS 2 course materials, open-source code, simulation models, experiment manuals, and project-based learning resources. Topics include Python programming, mobile robot control, sensor fusion, SLAM, path planning, computer vision, and mobile manipulation. An optional robotics sand table is also available for structured navigation, obstacle-avoidance, and autonomous-task experiments.


Yes. Multi-sensor fusion enables intelligent object recognization. The integrated 6-DoF arm supports close-range manipulation tasks. Combined with depth perception and vision algorithms, it can be used to develop object detection, pose estimation, pick-and-place, and vision-guided grasping demonstrations.



Technical Specifications

dimensions (mm)

322*220*251

weight

5.6kg

Max climb (Track Mode)

45°

runtime

2.5hours

Obstacle Clearance

24mm

Precision (Robotic Arm)

±0.5mm

Payload (Robotic Arm)

250g

working radius

280mm

Tell Us Your Needs

Connect with our robotics experts to discuss your needs and discover the perfect robotics platform for your business.

ADDRESS

Head Office: XbotPark, Songshan Lake, Dongguan
Sales & Marketing: iPark, Nanshan District, Shenzhen

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