Kako bi se riješio problem usporedbe različitih elisa, izrađena je maketa digitalne vage za mjerenje statičkog elisnog potiska. Hardverski dio se sastoji od Arduina, ćelije za mjerenje sile (engl. Load cell), elektroničkog upravljača brzine (engl. ESC), analogno-digitalnog pretvornika HX711 te trofaznog motora. Softverski dio izrađen je u Arduino IDE i Visual Studio 2012 programima. Prije izrade same makete, bilo je potrebno proučiti koje sklopovlje je najpogodnije za izradu iste. Testiranja je moguće vršiti s više različitih elisa i trofaznih motora te se tako međusobnom usporedbom odabiru najpogodnije elise i motori u predviđenim uvjetima za rad.

To solve the comparison problem between different airscrews, a digital scale model for static airscrew boost was designed. The hardware consists of an Arduino board, a load cell, an ESC, the HX711 ADC and a three-phase engine. The software was designed in Arduino IDE and Visual Studio 2012. Before constructing the actual model, it was necessary to determine what hardware was optimal for this task. The comparison can be done with multiple airscrews and three-phase engines and thus it's possible to pick optimal combinations for the given work conditions based on these comparisons.