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The method · Prototype

Turning the model into an object that measures.

A prototype isn't just for "seeing if it works": it's for measuring. We design it as an experiment, with the instrumentation and condition control needed to produce reliable data — the same data we'll use to validate and correct the model.

What we do

Building to measure, not just to show

We build experimental set-ups and functional prototypes designed around measurement: where and what to measure, with what precision, under which conditions. We isolate variables to understand cause and effect, not just observe a behavior.

  • Measurement-oriented prototype design
  • Instrumentation and sensors chosen for precision and reliability
  • Control of boundary conditions
  • Mechanical construction and workshop integration
Prototype and laboratory at DS Mechatronics
Our approach

A prototype is an experiment, and must be treated as one

From the scientific-lab culture we bring a way of making measurements you can defend.

Design of experiments

We plan tests to get the most information with the fewest experiments.

Metrology & calibration

Calibrated, traceable instruments: a measurement without known uncertainty is not a measurement.

Repeatability

Tests must give the same result under the same conditions: only then is the data credible.

What you get

The first real evidence

Reliable data

Measurements with known uncertainty, ready to compare with the model.

Proof of feasibility

A concrete demonstration that the principle really works.

Refined model

The data lets us correct and improve the predictions.

The method steps

Need a prototype that really measures?

We design it as an experiment and give you data to decide on.

Let's talk