AgileX LIMO COBOT

Agilex LIMO COBOT (LIMO COBOT)

In common commercial descriptions, LIMO COBOT is positioned as a composition based on the LIMO PRO mobile robot platform and integrates a myCobot 280 6-axis arm (from Elephant Robotics) together with an embedded NVIDIA Jetson-class computer.  The system is marketed primarily for education, competitions, training, and prototyping where users want an out-of-the-box mobile robot arm that can be programmed using widely adopted robotics tools.

Design and Features

Mobile base and mobility modes

LIMO COBOT is built around a small four-wheel mobile base intended for indoor use and tabletop-to-lab-scale experimentation. AgileX highlights differential steering behavior designed to handle common indoor surfaces and support repeatable navigation exercises. 

Integrated manipulation

A defining characteristic is the integration of a 6-DoF robotic arm to enable “mobile grasping”—tasks where the robot drives to an object, positions the arm, and interacts with the environment using an end effector (often a small gripper). Product documentation describes the arm as adaptable to different task needs and highlights its role in precise grasping and manipulation. 

Autonomy-oriented perception stack

LIMO COBOT is typically sold with a sensor set suitable for common ROS autonomy demos:

• a 3D/depth camera (often listed as Orbbec DaBai) 

• a small LiDAR used for mapping and navigation (Generation Robots lists EAI models depending on configuration) 

• an IMU for motion and orientation sensing 

These sensors support mapping, navigation, and obstacle avoidance demonstrations, including SLAM-based workflows. 

Open interfaces and learning materials

AgileX and distributors present LIMO COBOT as an “open” development platform that supports ROS tooling and simulation workflows (e.g., Gazebo/RViz), with learning content that may include navigation, mapping, localization, and MoveIt motion planning examples. 

Technology and Specifications

Onboard computing

Published descriptions consistently associate LIMO COBOT with an NVIDIA Jetson-class module for autonomy tasks. The official AgileX listing explicitly mentions NVIDIA Orin Nano, and a third-party datasheet likewise lists Orin Nano as the onboard computer. 
Some vendor pages also describe Jetson-based AI demos (e.g., running vision models alongside ROS). 

Software and robotics stack

A commonly stated goal of the platform is ROS learning and rapid prototyping. A published datasheet lists ROS1 Noetic and ROS2 Foxy support, and also references development in Python and C++ plus simulation compatibility.

Mobility, payload, and runtime (published values)

Specifications vary slightly by source and configuration (base robot vs full cobot assembly), but commonly published figures include:

• Top speed: ~1 m/s 

• Mobile base payload/load capacity: 4 kg is listed in multiple places 

• Battery: 10 Ah / 12 V (datasheet) 

• Operating time: around 150 minutes on the official page, and 2.5 hours on the datasheet (often consistent within rounding and duty-cycle differences) 

• Screen: a 7-inch display is listed in the datasheet 

Weight and dimensions are also reported differently across sellers. For example, one datasheet lists vehicle weight ~4.8 kg, while a retailer page lists a total weight ~5.6 kg for the combined mobile robot + arm configuration and gives dimensions 322 × 200 × 550 mm.  Such differences are typical when vendors report either the base platform alone or the fully assembled mobile manipulator with accessories.

Manipulator details (common vendor configuration)

Many commercial listings describe LIMO COBOT as integrating a myCobot 280 family 6-axis arm; one retailer page lists a working radius around 280 mm and payload around 0.25 kg for that arm module as configured in its bundle. 

Applications and Use Cases

ROS and ROS2 education

LIMO COBOT is frequently marketed to universities, robotics clubs, and training programs because it combines navigation and manipulation in a single platform—two core topics in robotics curricula. Vendor descriptions emphasize coverage of mapping, navigation, localization, and motion planning exercises, including ROS tutorials and demos. 

Robotics competitions and prototyping

The platform is commonly framed as suitable for competitions and rapid prototyping, where teams need a compact system that can be deployed quickly and extended with custom behaviors, sensors, or end effectors. 

Mobile manipulation research

Because it combines SLAM-capable sensors with a 6-DoF arm, LIMO COBOT is used for experimentation in mobile manipulation, including pick-and-place, object approach and grasp, and vision-guided positioning. Official and vendor descriptions highlight “mobile grasping” as a primary capability. 

Perception-driven autonomy demos

AgileX describes demonstrations such as mapping/navigation plus visual recognition and deep-learning model demos running on the onboard computer.  This makes the platform relevant for teaching “end-to-end” robotics workflows that integrate sensing, planning, and actuation.

Advantages / Benefits

Key benefits commonly associated with AgileX LIMO COBOT include:

• All-in-one mobile manipulator: navigation and grasping in one compact platform (mobile base + arm + sensors). 

• ROS-first design: documented ROS/ROS2 compatibility and typical support for Gazebo/RViz-style learning workflows. 

• Autonomy-ready sensor set: depth camera + LiDAR + IMU configurations enable SLAM, obstacle avoidance, and perception demos. 

• Embedded compute for AI demos: Orin Nano (as stated by AgileX and a datasheet) supports onboard autonomy experiments without requiring an external PC for many tasks.  

FAQ Section

What is AgileX LIMO COBOT?

AgileX LIMO COBOT is a compact ROS/ROS2-focused mobile manipulator that combines a wheeled robot base with a 6-DoF robot arm and common autonomy sensors (depth camera, LiDAR, IMU) for mobile grasping and navigation projects. 

How does AgileX LIMO COBOT work?

The robot navigates using SLAM-style pipelines (often LiDAR and/or vision-based), avoids obstacles with onboard perception, and uses its 6-DoF arm to grasp or move objects. Software workflows are typically developed in ROS/ROS2 and can include mapping, localization, navigation, and MoveIt-based motion planning. 

Why is AgileX LIMO COBOT important?

It provides a single, portable platform for teaching and prototyping both autonomy (mapping/navigation) and manipulation (arm control and grasping), which are often taught separately. This “combined” approach is useful for embodied robotics projects and hands-on training. 

What are the benefits of AgileX LIMO COBOT?

Commonly cited benefits include ROS/ROS2 learning support, an autonomy-oriented sensor suite (depth camera + LiDAR + IMU), embedded Jetson-class computing, and a 6-DoF arm for practical mobile grasping demonstrations.

Summary

AgileX LIMO COBOT is a compact, education- and development-oriented mobile manipulator that combines a wheeled base, a 6-DoF arm, and an autonomy sensor/compute stack to support ROS/ROS2 learning and prototyping. By integrating mapping, navigation, obstacle avoidance, and mobile grasping into a single platform, it serves as a practical testbed for robotics training, competitions, and early-stage research in perception-driven manipulation.