We are proud of our collaboration with the creator of Engine Simulator, a specialist in simulating combustion engines and generating real-time sound. The goal of this project is to integrate the simulation into the control units of electric motorcycles, delivering the authentic atmosphere of traditional engines to the riding experience.
At siliXcon, we’re constantly seeking innovative solutions to transform the way people ride. Our vision is to combine the advantages of electric motors with the soul and character of combustion engines. Through our work on hardware, software, and physical simulations, we’ve developed technology that bridges the gap between the virtual engine and real-world riding conditions.
This device not only enriches the riding experience but also enables practical applications—such as teaching clutch control on electric motorcycles without risking mechanical damage. This opens up entirely new possibilities in both rider education and the broader adoption of electric mobility.
We implemented the open-source Engine Simulator into microcontrollers, building a system that replicates engine behavior in a tangible way. The test setup includes a microcontroller, electric motor, speaker for sound, and physical controls like throttle and clutch. This system creates a seamless connection between the simulated and real-world engine, giving electric motorcycles a truly authentic feel.
One exciting application involves using this technology in motorcycle schools. Students can practice clutch control in a safe, cost-effective environment without the risk of wear and tear on mechanical parts.
Electric motorcycles, often criticized for lacking personality, can now deliver an engaging and authentic experience. Imagine owning an EV capable of emulating legendary engines, from historical classics to modern powerhouses.
This is only the beginning.
At siliXcon, we believe this technology has the potential to redefine electric mobility, offering a blend of tradition and innovation that satisfies even the most passionate combustion engine enthusiasts.
Discover siliXcon’s biggest milestones of 2025: new middle-voltage motor controllers (12–33 kW), Dual Motor Controller technology, AI engineering support, a new customer portal, and strategic partnerships in e-mobility, robotics, and industrial applications. Explore how we’re accelerating OEM integration and pushing electric drive systems forward.
Show more
Discover siliXcon’s new middle-voltage motor controllers (12–33 kW) designed for up to 120 V systems. High power density, compact design, ready for series production.
Show more
Agritechnica 2025 showcased the rapid shift toward electric and hybrid power systems in agricultural machinery. Key innovations included FPT Industrial’s modular ePowertrain, New Holland’s hybrid telehandler with autonomous features, and new electric/electro-hydromechanical systems improving efficiency and reducing emissions. The future of agriculture is moving toward cleaner, smarter, and more energy-efficient machinery.
Show moreOur main goal is to provide an outstanding technical support for your project. We are agile, quick and effective aiming at the best possible functioning application.
