How does the ROI calculator work?

The calculator shows the approximate return on investment for an internal transportation process. Based on a few input values, it estimates the implementation cost, annual savings, and the period after which the investment begins to generate financial benefits.

The result helps you assess whether automation makes financial sense in your specific scenario. This is not just a simple robot price calculator, but a tool for conducting a business assessment of the entire process.

What Data Is Needed

To calculate ROI, you need data on the number of shifts, transport volume, operator labor costs, the current operating model, and the planned scope of automation. The higher the quality of the input data, the more reliable the result and the better the basis for discussions with finance, production, and maintenance.

In practice, for detailed calculations, it’s also helpful to prepare a floor plan (in DWG format), information on downtime, transport errors, and the maintenance costs of the current solution. Such data helps to better estimate the full cost of the current process and compare it with the automated option.

What costs does the model consider?

The model compares the cost of the current process with the cost of implementing an AGV or AMR system. It considers the purchase of the solution, integration, service, energy, operator labor, and selected costs associated with maintaining the manual process.

As a result, the outcome is not based solely on the price of the robot. It provides a comprehensive economic picture, which is important for those analyzing CAPEX and OPEX.

How should you interpret the result?

A short payback period does not automatically mean it’s the best decision, but it is a strong economic indicator. It’s worth analyzing the result alongside its impact on productivity, safety, process stability, and the risk of labor costs in subsequent years.

In practice, the calculator’s result should serve as a starting point for discussion. This allows the management team to evaluate the investment not only through the lens of a single metric, but through the lens of the entire business model.

When Does the Investment Make Sense?

Internal transport automation typically yields the best results in situations where the process is repetitive, involves frequent shifts, and is prone to downtime or errors. In such cases, the ROI is not only numerically attractive but also operationally justified.

The greatest potential lies in processes where transportation is constant, volume is predictable, and the cost of labor and downtime is rising faster than the cost of automation. It is precisely these scenarios that most often stand up to financial analysis.

Assumptions and Limitations

The calculator provides an approximate result and is based on assumptions regarding usage, maintenance, labor costs, and the scope of the process. The final model may need to be adjusted if the process involves high variability or has unusual integration requirements.

This is important because decision-makers need not only the result but also information about what that result is based on. Transparency regarding the assumptions increases trust in the tool and facilitates communication between operations, finance, and sales.

Calculation Example

Suppose a company operates its internal transportation in three shifts, and the cost of the current process includes operator labor, downtime, and manual handling. After implementing AGVs or AMRs, some of these costs are eliminated, while others remain in the form of system service and maintenance.

If the annual savings exceed the operating costs and the payback period falls within an acceptable investment horizon, the project has a strong business case. However, the exact result depends on the input data and the scope of automation.