Mecabot vs Mecabot Plus vs Mecabot Pro vs Mecabot X: Which Robot Is Right for You?
Choosing an Autonomous Mobile Robot (AMR) platform is about more than comparing specifications. The right robot depends on what you want to build, where it will operate, how much payload it needs to carry and whether your project is focused on education, research, rapid prototyping or commercial deployment.
The Mecabot family provides four distinct options: Mecabot, Mecabot Pro, Mecabot Plus and Mecabot X. Although they share a common ROS-based approach to mobile robotics, each platform is designed for a different level of development and deployment.
At one end, Mecabot provides a compact and accessible platform for students and developers learning ROS and autonomous robotics. At the other, Mecabot X offers a heavy-duty AMR platform with a full metallic enclosure designed with real-world service robot development in mind.
So, what is the difference between Mecabot, Mecabot Pro, Mecabot Plus and Mecabot X? Here is how the four platforms compare.
Mecabot Range at a Glance
Feature Mecabot Mecabot Pro Mecabot Plus Mecabot X
Best suited for
Education and entry-level research
R&D and rapid prototyping
Indoor service robot development
Commercial-style indoor service robots
Independent suspension
No
Yes
Yes
Yes
Approx. weight
6.1 kg
10.8 kg
19 kg
20.5 kg
Maximum payload
15 kg
20 kg
60 kg
60 kg
Mecanum mobility
Yes
Yes
Yes
Yes
LiDAR
Yes
Yes
Yes
Yes
Depth camera
Yes
Yes
Yes
Yes
ROS support
Yes
Yes
Yes
Yes
Full metallic enclosure
No
No
No
Yes
The biggest difference is therefore not simply computing power. The platforms progressively move from a lightweight educational robot towards heavier-duty AMR hardware suitable for developing complete service-robot applications.
What Is Mecabot?
Mecabot is the entry point into the Mecabot family.
It is designed primarily for students, educators, ROS beginners, developers and researchers who want an affordable physical platform for learning autonomous mobile robotics.
Rather than spending time designing a chassis, integrating motors and connecting sensors before beginning a robotics project, developers can start with a platform that brings the major components together.
Mecabot combines a ROS controller with LiDAR, a depth camera, an STM32-based motor, power and IMU controller, and omnidirectional mecanum wheels.
Mecanum wheels are particularly useful for robotics education because the robot can move forwards, backwards, sideways and diagonally instead of relying exclusively on conventional steering.
The standard Mecabot weighs approximately 6.1 kg and supports a payload of up to 15 kg, making it significantly smaller and lighter than the Plus and X.
Who should choose Mecabot?
Mecabot makes the most sense for:
Universities and schools teaching ROS
Students learning SLAM and navigation
Robotics laboratories requiring compact mobile platforms
Developers experimenting with autonomous navigation
Computer vision projects
Multi-robot research
Low-budget AMR prototypes
If the primary objective is learning and experimentation rather than carrying substantial equipment, Mecabot provides the most straightforward starting point.
What Is Mecabot Pro?
Mecabot Pro bridges the gap between education and professional robotics development.
It retains the developer-friendly characteristics of the standard platform but provides a larger and stronger chassis.
One important upgrade is independent suspension, which is not available on the entry-level Mecabot. This makes the platform better suited to projects requiring a more substantial mobile base.
Payload also increases from approximately 15 kg on Mecabot to 20 kg on Mecabot Pro.
That additional capacity can be important when adding experimental hardware such as computers, sensors, communication equipment, robotic manipulators or custom prototypes.
Mecabot Pro is consequently positioned as an AMR platform for robotics education, research and development, and rapid prototyping.
Its role is less about providing a finished service robot and more about giving researchers and engineers a capable platform on which they can build one.
Who should choose Mecabot Pro?
Consider Mecabot Pro if you are:
Building an advanced university research project
Developing an AMR prototype
Testing autonomous navigation algorithms
Adding additional sensors or computing hardware
Building a mobile manipulation platform
Moving beyond introductory ROS projects
For many research laboratories, Mecabot Pro may provide the best balance between size, payload capacity and development flexibility.
What Is Mecabot Plus?
Mecabot Plus represents a significant step up in physical capability.
Where Mecabot and Mecabot Pro are particularly well suited to education and R&D, Mecabot Plus is designed around indoor service robot development.
Its maximum payload increases substantially to approximately 60 kg, compared with 20 kg for Mecabot Pro.
That difference opens up a much wider range of applications.
A 60 kg payload platform can provide the foundation for robots designed to transport equipment, products or other hardware through environments such as warehouses, hospitals, hotels, restaurants, offices and factories.
Mecabot Plus also uses independent suspension and mecanum wheels, combining increased payload capacity with omnidirectional movement.
This matters indoors. Corridors, lifts, storage areas and busy commercial environments frequently provide limited manoeuvring space. Being able to move laterally or adjust position without conventional turning can simplify navigation.
At approximately 19 kg, Mecabot Plus is considerably heavier than Mecabot Pro, reflecting its more substantial chassis and payload capability.
Who should choose Mecabot Plus?
Mecabot Plus is a strong option for:
Indoor delivery robot prototypes
Warehouse robotics projects
Hospital service robots
Hotel and restaurant robots
Factory AMRs
Commercial robotics R&D
High-payload university research
Service robot product development
The key reason to move from Pro to Plus is therefore payload and application.
If you are primarily conducting research, Pro may be sufficient. If you are developing a practical service robot expected to transport a meaningful payload, Plus becomes considerably more attractive.
What Is Mecabot X?
Mecabot X sits at the top of the Mecabot range.
In terms of its intended application and payload, it has much in common with Mecabot Plus. Both platforms support payloads of approximately 60 kg, feature independent suspension and use mecanum wheels for omnidirectional mobility.
The defining difference is the full metallic enclosure.
Mecabot Plus is particularly useful as an open development platform where engineers may need frequent access to hardware while prototyping.
Mecabot X moves closer to the appearance and construction expected from a deployable product.
The enclosure protects and conceals internal components and gives developers a more complete base for creating service robots intended for customer-facing or commercial environments.
At approximately 20.5 kg, Mecabot X is the heaviest of the four platforms.
Who should choose Mecabot X?
Mecabot X is particularly suitable for:
Commercial service robot development
Indoor delivery robots
Hospitality robots
Hospital and healthcare logistics platforms
Office delivery systems
Warehouse transportation robots
Customer-facing robot prototypes
Projects approaching commercial deployment
In simple terms, Mecabot Plus is an excellent platform for developing the product, while Mecabot X provides a more enclosed foundation for turning that development into a finished-looking system.
What Do All Mecabot Models Have in Common?
Despite their differences, the Mecabot platforms share an important philosophy: providing developers with an integrated foundation for autonomous robotics rather than forcing them to assemble every hardware component independently.
The range combines technologies commonly required for AMR development, including ROS, LiDAR, depth sensing, motor control, IMU functionality and mecanum-wheel mobility.
Depending on configuration, Mecabot platforms can also use NVIDIA Jetson computing, including Jetson Orin options suitable for robotics, computer vision and AI development.
This makes the family relevant to projects involving:
SLAM and Mapping: LiDAR and other sensors can be used to construct maps of unknown environments.
Autonomous Navigation: Developers can build robots capable of determining their position and navigating towards destinations.
Computer Vision: Depth cameras and compatible edge-computing hardware enable projects involving visual perception and object detection.
Mobile Manipulation: A Mecabot platform can provide the mobile foundation for projects combining autonomous movement with robotic arms or other mechanisms.
Human-Robot Interaction: Researchers can experiment with robots designed to operate around and interact with people.
Multi-Robot Systems: Multiple mobile robots can be used to investigate fleet management and coordinated autonomous systems.
Mecabot vs Mecabot Pro: What Is the Difference?
Choose Mecabot when affordability, compact size and education are the priorities.
Choose Mecabot Pro when you need a stronger research platform, independent suspension and additional payload capacity.
The jump from 15 kg to 20 kg payload may not appear enormous, but Pro's more substantial platform makes it better suited to advanced prototyping and R&D.
Mecabot Pro vs Mecabot Plus: What Is the Difference?
This is where the biggest capability jump occurs.
Mecabot Pro supports approximately 20 kg, while Mecabot Plus supports approximately 60 kg.
Mecabot Pro is primarily an education, research and prototyping platform. Mecabot Plus moves into the territory of serious indoor service-robot development.
If your robot will eventually transport substantial equipment or goods, Plus is likely to be the better foundation.
Mecabot Plus vs Mecabot X: What Is the Difference?
These two models are much closer.
Both are aimed at indoor service robotics and support payloads of approximately 60 kg.
The biggest differentiator is the full metallic enclosure on Mecabot X.
Choose Plus when you want easier access to a development platform for prototyping and integration.
Choose X when you want similar heavy-duty AMR capabilities in a more enclosed platform suitable for building a polished service-robot product.
Which Mecabot Should You Choose?
The easiest way to decide is to start with the intended application.
Choose Mecabot if you are learning ROS, teaching robotics or building an affordable research project.
Choose Mecabot Pro if you need a stronger AMR for university research, R&D or rapid prototyping.
Choose Mecabot Plus if you are developing a high-payload indoor service robot for applications such as logistics, hospitality, healthcare or industrial environments.
Choose Mecabot X if you need a high-payload service robot platform with a full metallic enclosure and your project is moving closer to a finished commercial system.
There is no single “best” Mecabot. Instead, the range provides a progression from education to research, product development and more deployment-oriented applications.
For schools and beginners, the standard Mecabot keeps the platform accessible. For researchers, Mecabot Pro provides additional capability without immediately moving to a much larger AMR. Mecabot Plus dramatically increases payload capacity for serious service-robot development, while Mecabot X takes that concept one step further with its enclosed construction.