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Product profile

MiR250

MiR250 is Mobile Industrial Robots' compact AMR for internal transport of small and medium loads. It carries up to 250 kg, runs at up to 2.0 m/s and is des...

Facts

Company
Mobile Industrial Robots (MiR)
Product type
autonomous_mobile_robot
Status
commercial
Primary capability
autonomous indoor material transport
Website
https://mobile-industrial-robots.com/products/robots/mir250

About MiR250

MiR250 is Mobile Industrial Robots' compact autonomous mobile robot for internal material transport. It carries up to 250 kg, travels at up to 2 m/s and measures 580 by 800 mm with a height of 300 mm.

The low-profile platform can navigate openings about 800 mm wide and accepts top modules for different loads and workflows. A complete deployment also includes fleet software, site mapping, charging, lift and door interfaces, and traffic rules.

Market context

wheeled_amr, robot, Autonomous Mobile Robot, mobile_robot, Autonomous Mobile Robot, mobile_robot, autonomous_mobile_robot, mobile_robot

Summary

Type: AMR

Core: 250 kg payload

Function: Material transport

Audience: Factories

Specifications

certified_safety_functions
12 certified safety functions functions
charging_ratio
1 minute charging supports up to 16 minutes operation operation_min/charge_min
dimensions_mm
800 x 580 x 300 mm
ip_rating
IP21
max_speed_mps
2.0 m/s maximum speed m/s
payload_capacity_kg
250 kg maximum payload kg
runtime_h
Up to 17 h 30 min active operation time with no payload h
runtime_max_payload_h
Up to 13 h active operation time with maximum payload h
weight_kg
94 kg robot weight kg

Operations

Environment
indoor factories, warehouses, internal logistics routes
Primary user
manufacturers, warehouse operators, intralogistics teams
Role
autonomous transport of small and medium loads, cart and shelf handling with top modules
Interaction model
operator-supervised autonomy, fleet-orchestrated operation
Mobility class
wheeled autonomous mobile robot
Product detail
wheeled_amr, robot, Autonomous Mobile Robot, mobile_robot, Autonomous Mobile Robot, mobile_robot, autonomous_mobile_robot, mobile_robot

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