
Efficient parts transportation and intralogistics are critical to maintaining the operational agility of automotive manufacturing. MiR (Mobile Industrial Robotics) is revolutionizing this space with advanced Autonomous Mobile Robots (AMRs). These highly adaptable robots optimize material flow by autonomously transporting components, raw materials, and finished goods across complex production environments.
Equipped with autonomous navigation systems, MiR robots seamlessly integrate into dynamic automotive facilities, eliminating bottlenecks and minimizing downtime. Deployable as large fleets, their scalability and ability to interface with existing MES/ERP systems ensure on-time material handling missions and consistent production while reducing labor costs and enhancing overall throughput.
Top modules can be mounted on MiR AMRs to solve a wide variety of handling solution. Whether you need a robot that can tow carts or one that can lift and transport shelves, pallets, dunnage, or racks, there is a wide variety of application top modules to handle and deliver your parts. Proven in automotive facilities around the world, MiR AMRs and MiR mobile cobots are improving internal material flow, reducing forklift dependency, improving traffic complexity and creating a more disciplined logistics rhythm that better supports production flow.
Developed from decades of intimate automotive experience, MiR Fleet Enterprise enables full-scale fleet deployments, integration into WMS, MES, & ERP systems and has a wide array of APIs for integrating into existing workflows, equipment and facilities.
Explore how mobile industrial robots support reliable parts transportation by delivering materials, kits, and containers to the right station at the right time—helping reduce line disruptions and maintain stable production flow across automotive OEM and Tier supplier environments.





A range of MiR models are available to address parts transportation automation needs.
Whether you’re stabilizing parts transport between workstations or gradually introducing automation, AMRs adapt to your layout, throughput goals, and intralogistics needs.

Screwdriving and nut running are often deployed on the same stations or adjacent stations and are evaluated together as fastening strategies.

Automated clip insertion for interior and exterior assemblies, improving consistency and reducing part damage.

Robotic press‑fit operations for controlled insertion of bearings, bushings, and precision components.

Automated screwdriving for automotive assembly lines, delivering consistent torque, quality, and cycle times.
An automotive automation specialist will follow up to discuss your application and production requirements. The goal is to understand your setup and explore practical automation options, no commitment required.