AGV in high-bay warehouses: opportunities and liwiths of automated forklift technology
In the high-bay warehouse, high lifting movements, narrow aisles and precise transfers come together. For AGV technology, this means that routes, load bearings and safety areas must be described particularly clearly.
MIMA AGV solutions can become relevant here if processes are recurring and the warehouse layout allows for stable processes. However, the automation must match the actual shelf structure.
At a glance
- High-bay processes place high demands on precision, travel routes and handovers.
- AGV can be helpful when processes are stable and technically clear.
- Liwiths arise when loads change frequently, paths are unclear or there are many exceptions.
- Security and interfaces must be planned early.
- MIMA AGV solutions should be considered in the context of warehouse layout and load profile.
- A preliminary analysis prevents unrealistic automation expectations.
Why high-bay warehouses have special requirements
In the high-bay warehouse, high lifting movements, narrow aisles and precise transfers come together. For AGV technology, this means that routes, load bearings and safety areas must be described particularly clearly.
MIMA AGV solutions can become relevant here if processes are recurring and the warehouse layout allows for stable processes. However, the automation must match the actual shelf structure.
Look at opportunities and liwithations realistically
The opportunity lies in predictable, repeatable movements and clear handoffs. Liwiths arise when load types change frequently, paths are blocked or many manual special cases occur.
That's why AGVs in high-bay warehouses should never be evaluated solely based on the machine. Process stability, sensory environment, traffic rules and the question of how manual and automated movements converge are important.
Practical block: Preparation before making a technology decision
A sensible first step is to record the most common storage and retrieval processes. This includes shelf height, aisle width, transfer points, load carriers, timing and safety requirements.
This data can be used to check whether a MIMA AGV solution or a manually operated narrow aisle or reach mast solution is a better fit.
Evaluation of AGVs in high-bay warehouses
| aspect | Test question |
|---|---|
| Shelf structure | Are the Lift height, aisle width and transfer points clearly defined? |
| Process stability | Are movements repeated sufficiently reliably? |
| Security | How are people, forklifts and AGVs separated or coordinated? |
| Alternatives | Is manual narrow aisle or reach mast technology more economical? |
Further MIMA information
If the requirements in the warehouse are described more clearly, the catalog, suitable category, configurator and service requirements can be checked more specifically.
FAQ about AGVs in high-bay warehouses
Is AGV suitable for every high-bay warehouse?
No, suitability depends on rack structure, routes, transfer points, load carriers and process stability.
What opportunities does AGV offer in high racking?
AGV can make recurring movements easier to plan if the processes are stable and technically clearly defined.
What are typical liwiths?
Liwiths arise when loads change frequently, paths are blocked, unclear handovers or many manual special cases.
Which MIMA alternatives can be examined?
Depending on the warehouse layout, narrow-aisle forklifts or reach trucks from the MIMA catalog can also make sense.
What data does an AGV request need?
Rack height, aisle width, load carriers, timing, transfer points, safety zones and interfaces are important.
Should AGV be planned on site?
AGV should always be checked against concrete warehouse data and process information. A blanket decision does not make sense.