A compact AMR for flexible internal logistics
The MiR250 autonomous mobile robot is designed for companies that need to automate internal transport without radically altering their existing layout. Thanks to its compact footprint and low profile, the robot can navigate through narrow spaces, alongside machinery, through doors, or in elevators—areas where other, bulkier AMRs are difficult to use.
Small in size, but truly useful in production
With a payload of 250 kg and a speed of up to 2 m/s, the MiR250 is ideal for feeding production lines, transporting materials, delivering components, or handling carts and shelves. In many factories, this is the model that handles repetitive logistics tasks without requiring dedicated infrastructure or fixed routes.
A good platform for gradual automation
A key advantage of this model is its flexibility. The MiR250 is not just a transport vehicle, but a mobile platform that can be equipped with additional modules for various applications. This makes it useful in manufacturing, warehousing, and mixed-use environments where logistical requirements change over time.
Continuous operation and integration into a fleet
The robot is designed for extended operation, with simplified maintenance and the ability to quickly swap out the battery. Additionally, it can be integrated into MiR Fleet to coordinate multiple robots from a single interface. For companies starting with a single AMR but planning to scale up later, this is an important consideration.
Safety and adaptability in real-world environments
The MiR250 is designed to operate in areas where people and equipment are present, featuring navigation and safety functions suited for dynamic industrial environments. The ESD version makes it suitable for electronics applications as well, where protecting sensitive components is critical.
Who is it suitable for?
- internal transport of components and materials
- Supply lines and intra-plant logistics
- applications with limited space and mixed traffic
- companies looking for a compact, flexible, and easily scalable AMR







