electric jet design

Project Overview

In a remarkable collaboration between skale.dev and sylents.de, a pioneering project was undertaken to develop a cutting-edge prototype of a modern electric jet engine. This ambitious endeavor demanded meticulous planning, innovative thinking, and a multidisciplinary approach to meet the highest standards of performance and sustainability.

Requirements Analysis

The project commenced with an exhaustive requirements analysis phase. Comprehensive research and a deep understanding of the specific needs and goals were crucial in laying a solid foundation for the subsequent stages of development. Clear objectives were defined, and a roadmap was established to guide the project forward.

Prototype Design

The heart of the project lay in the creation of a prototype that pushed the boundaries of electric propulsion technology. This involved intricate 3D-printing processes to craft the engine components with precision. Extensive testing and simulation were carried out to ensure optimal performance and safety.

Custom Embedded Designs

Custom embedded systems were developed to enhance the engine’s capabilities. These systems were meticulously designed to integrate seamlessly with the overall engine architecture, providing real-time data analysis and control.


The skale.dev and sylents.de collaboration exemplifies the remarkable possibilities that emerge when innovation and expertise converge. This project not only produced a groundbreaking electric jet engine prototype but also demonstrated the potential for sustainable aviation solutions in the future. It stands as a testament to the power of collaboration and forward-thinking design in the realm of aerospace engineering.


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