More and more manufacturers are looking at AGVs as a solution to staff shortages, rising costs and inefficient internal transport. An automated guided vehicle can move pallets, bins, frames or other goods independently, freeing employees from repetitive transport tasks. Yet the success of an AGV project rarely lies in the vehicle itself. The real challenge only begins once an AGV has to work alongside people, forklifts and existing processes on the shop floor.
According to Kumatech, AGV projects are often underestimated. Companies sometimes think that simply installing a vehicle automatically leads to efficiency. In practice, it comes down to much more: routing, process structure, expectations, employee acceptance and continuous optimisation after go-live. That is precisely where the difference is made between an AGV that adds value and an AGV that ends up standing still.
Why AGVs are becoming more important in manufacturing
AGVs are becoming more important because manufacturers increasingly need to manage capacity, staff and internal logistics more intelligently. Many employees spend time every day on transport tasks that add no direct value to the product. Automating these movements creates more room for work where human knowledge and attention are genuinely needed.
At the same time, the need for predictability is growing. Production environments want to be less dependent on ad-hoc transport, waiting times and improvisation. A well-designed AGV solution brings calm, structure and repeatability to internal logistics flows. That makes AGVs attractive to companies that want to scale up without immediately adding extra staff.
Why AGV projects sometimes disappoint
Much disappointment stems from poor expectation management. Some companies expect a single AGV to instantly solve all their internal logistics problems. That is rarely realistic. An AGV is not a miracle cure, but part of a larger process. It supports, assists and automates specific transport flows, but it does not automatically replace everything that is done manually today.
Kumatech therefore advocates a practical approach: start small, think big. Begin with a clear first application that delivers value quickly. Once that is running successfully, support grows for expansion. This reduces risk and makes automation tangible for the whole organisation.
An AGV does not work in isolation from the process
An AGV does not operate in a closed cell, but in the middle of an existing working environment. People move around, forklifts cross its routes, pallets are not always positioned exactly right and priorities change throughout the day. That is why an AGV solution must be designed as part of the overall process.
When the routing or layout is wrong, frustration arises. Think of vehicles manoeuvring at busy points, routes that block employees, or illogical loading and unloading locations. In those cases an AGV is seen as an obstacle rather than as a colleague. That is exactly why route selection, traffic flows and alignment with the shop floor are crucial.
Support on the shop floor determines success
One of the most important lessons from AGV projects is that management decisions alone are not enough. Employees on the floor need to understand what the vehicle does, why it is being deployed and how they work with it. Without that explanation, resistance or uncertainty arises.
Kumatech stresses that an AGV does not have to replace jobs, but can actually make work easier. When operators see that transport tasks are eased and processes run more smoothly, acceptance often quickly turns into enthusiasm. Companies with ambassadors on the floor therefore tend to succeed faster than companies that introduce automation purely top-down.
Which transport flows are suitable for an AGV?
AGVs are particularly strong in repetitive movements with fixed carriers. Think of pallets, bins, frames, gitterboxes or other standardised load carriers that regularly move between fixed points. This type of transport is predictable, scalable and relatively easy to automate.
For many manufacturers, that is where the quickest gains lie. Not every internal transport flow needs to be automated straight away. By starting with stable and recurring flows, returns and experience are gained quickly.
How important are software and technology in AGVs?
In an AGV solution, mechanics and software work together continuously. The hardware must be robust, while the software handles navigation, tasks, safety and ease of use. In addition, operation must remain understandable for operators and supervisors on the shop floor.
Success therefore lies not only in a good vehicle, but also in smart control. An AGV must keep functioning under changing conditions and be able to handle exceptions, such as obstacles, shifting priorities or unusual situations in production.
Why support after go-live is so important
The delivery of an AGV project is not the end point, but the start of optimisation. In practice, new insights always emerge once a vehicle is running daily in a real production environment. That is why accessible support is essential.
Kumatech says it is “allergic” to idle AGVs. A vehicle must drive and deliver value. By responding quickly to questions, feedback and points for improvement, the system keeps performing and customer confidence grows.
When does scaling up make sense?
Scaling up makes sense once the first AGV delivers value structurally and demand increases. For example, when the number of tasks grows, the vehicle is constantly busy, or load capacity becomes the limiting factor. That is when a natural business case emerges for expanding with additional vehicles or extra routes.
This step-by-step approach suits many manufacturers well: prove first, then expand.
Are AGVs future-proof?
Internal logistics continues to evolve. Software is getting smarter, AI is playing a bigger role, and production environments demand ever more flexibility. According to Kumatech, future-proofing therefore lies in continuing to develop without moving too fast. No unnecessarily complex mega-projects, but stable growth and solutions that adapt to practice.
For many companies, the question is therefore not whether AGVs will become relevant, but when they will start.
Conclusion
Buying an AGV is easier today than ever before. But real value only emerges when vehicle, process and people work well together. Companies that start with a clear application, bring employees on board and keep optimising can make internal transport smarter, more efficient and more scalable.
That is why a successful AGV project is not just about technology. It is about how well automation fits with the daily reality in your factory.
FAQ
What is an AGV?
An AGV is an automated guided vehicle that moves goods independently within a factory, warehouse or production environment. Think of pallets, bins or frames between fixed locations.
Why do companies choose an AGV?
Companies choose AGVs to automate internal transport, ease the workload on employees, increase efficiency and make processes more predictable.
Why do some AGV projects fail?
Often due to wrong expectations, poor routing, insufficient support, or too little attention to the overall process rather than just the vehicle.
Which processes are suitable for AGVs?
Especially repetitive transport flows with fixed carriers such as pallets, bins or frames between fixed locations.
Does an AGV replace employees?
Not necessarily. In many cases an AGV takes over repetitive transport tasks, so that employees have more time for valuable work.
How do you get started with AGV automation?
Start small with one clear application that delivers quick results. Then expand step by step.