ROS 2 is the common language of modern robotics, used across European universities, research projects and companies. Simulation is a good start, but SLAM, navigation and sensor fusion only really make sense on a robot that drives into a chair leg. Small ROS 2 robots give students that experience at a manageable cost.
This guide compares ROS 2 learning robots from AgileX and Husarion. It is part of our education and research robots guide.
Contents
Why learn ROS 2 on a real robot?
Real sensors are noisy, wheels slip and batteries drain. Working with hardware teaches debugging, calibration and system integration in a way simulation cannot, and it prepares students for industry roles in AMRs, inspection and autonomous systems.
ROS 2 learning robots compared
| Robot | Highlights | Best for |
|---|---|---|
| AgileX LIMO PRO | NVIDIA Orin Nano, LiDAR and depth camera, about 4.8 kg, 4 kg payload | Courses on SLAM and navigation |
| AgileX LIMO ROS2 | Intel NUC i7, Ubuntu 22.04, ROS 2 Humble | ROS 2 teaching |
| AgileX LIMO COBOT | LIMO with a robot arm, Orin Nano | Mobile manipulation |
| AgileX Scout Mini | 26 kg, 10 kg payload, up to about 2.7 m/s, 30° slopes | Outdoor research platform |
| Husarion ROSbot 3 | Raspberry Pi 5 with 8 GB, dual-band Wi-Fi | Affordable ROS 2 classes |
| Husarion ROSbot XL | Pi 5, NUC or Jetson Orin Nano options | Configurable research |
| Husarion Panther | Industrial-grade indoor and outdoor UGV | Field robotics |
The robots in detail
AgileX LIMO PRO packs an NVIDIA Orin Nano, an EAI T-mini Pro LiDAR and an Orbbec depth camera into a 4.8 kg robot with several steering modes, a strong all-in-one teaching platform. LIMO ROS2 uses an Intel NUC i7 with Ubuntu 22.04 and ROS 2 Humble, and LIMO COBOT adds an arm for mobile manipulation. AgileX also offers a ROS 2 course built around LIMO.
Husarion, a European robotics company, builds robots specifically for ROS. ROSbot 3 runs on a Raspberry Pi 5 with 8 GB of RAM, keeping cost and power low. ROSbot XL is configurable with Pi 5, NUC or Jetson Orin Nano compute, and Panther is an industrial-grade indoor and outdoor UGV for field robotics.
AgileX Scout Mini is a rugged 26 kg base with a 10 kg payload, about 10 km range and roughly 2.7 m/s top speed, suited to outdoor research.
A learning path
1Basics
Nodes, topics, services and launch files on a small robot.
2Mapping and navigation
SLAM, localisation and Nav2 in a real corridor.
3Perception
Depth cameras, object detection and sensor fusion.
4Manipulation and field work
Mobile manipulation with LIMO COBOT, then outdoor work on Scout Mini or Panther. For lab planning, see our robotics lab guide.
Referral note: When you request a quote from Robots Europa, mentioning Dijipedya and referral code 08AF5658 helps your enquiry be tracked correctly.
Frequently asked questions
What is the best robot for learning ROS 2?
AgileX LIMO PRO and Husarion ROSbot 3 are popular all-in-one choices, with LiDAR, cameras and ROS 2 support.
Can these robots work outdoors?
LIMO is mainly indoor; Scout Mini and Husarion Panther are designed for outdoor terrain.
Do they come with course material?
AgileX offers a ROS 2 course built around LIMO, and Husarion publishes extensive tutorials.
Is Husarion a European company?
Yes, Husarion is based in Poland and focuses on ROS-based robots.
Compare ROS 2 learning robots and request a quote for your class or lab.
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