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Do You Need to Replace Your Doors

to Deploy AMRs?

When planning an Autonomous Mobile Robot (AMR) deployment, organizations often focus on the robot itself: payload capacity, navigation, fleet size, safety, and system integration.

Then comes a surprisingly practical question:

What happens when the AMR reaches a door?

In many manufacturing, warehousing, logistics, and other operational environments, AMRs may need to travel between rooms, production zones, storage areas, or different sections of a facility.

This does not necessarily mean every existing door needs to be replaced. But doors and access points should be assessed as part of the AMR workflow before deployment.

Why Doors Matter in AMR Deployment?

An AMR route is only as practical as the infrastructure along it.

A door that requires someone to manually open it every time an AMR approaches can introduce delays and reduce the benefits of automation.

 

Before deployment, consider:

 

  • Door Clearance: Is the opening wide and high enough for both the AMR and its payload?

 

  • Payload Dimensions: The AMR may fit through the doorway, but will the trolley, rack, cart, or material it is transporting fit as well?

 

  • Door Integration: Can the door communicate with the AMR or facility automation system to open when required?

 

  • Opening and Closing Time: Does the door remain open long enough for the AMR and its payload to pass safely?

 

  • Approach Space: Is there sufficient space for the AMR to align itself before entering the doorway?

 

  • Shared Traffic: Will employees, forklifts, equipment, or other AMRs also use the same access point?

 

  • Access Control: Does the route include secured or restricted areas that require additional system integration?

 

Do You Actually Need to Replace the Door?

Not necessarily.

Depending on the existing infrastructure, some doors may already be suitable for an AMR deployment.

For example, an existing automatic door may be able to work with the AMR through additional sensors, controllers, or system integration. In other cases, a door may require modification or a different access strategy.

The important question is therefore not simply

“Can the AMR fit through the door?”

It is:

“Can the AMR move through this access point reliably and autonomously as part of the complete workflow?”

If an employee still needs to open the door every time the robot arrives, the material movement process is not fully automated.

Look Beyond the Robot

Successful AMR implementation is not only about selecting the right robot.

The complete route should be considered, including:

Pickup Point → Travel Route → Doors → Lifts → Intersections → Drop-Off Point → Charging

A small infrastructure detail can become a recurring operational bottleneck when an AMR performs the same route dozens or hundreds of times.

This is why a site and workflow assessment should happen before deployment. Understanding the actual environment helps identify potential obstacles early and determine what needs to be integrated, modified, or planned around.

 
Start With the Route, Not Just the Robot

Before deploying an AMR, walk through the intended material movement route and look at every access point the AMR will encounter.

Ask:

  • Where does the material start, and where does it need to go?
  • What doors or controlled access points are along the route?
  • Can the AMR and its payload pass through safely?
  • Can those access points operate without manual intervention?
  • What other traffic shares the same route?
  • What happens if a door fails to open?

An AMR may be ready to move.

The question is whether the environment around it is ready to let it move autonomously.

Is Your Facility Ready for AMRs?

From doors and lifts to route conditions and system integration, successful AMR deployment starts with understanding your operational environment.

Talk to SESTO Robotics to assess your workflow and identify what is needed for a smoother AMR implementation.

📩 sales@sestorobotics.com