I’m building a working prototype of what I call the 2.2L Killer: a solid-state, high-torque resonance motor integrated into an 8.8L iron block. My goal is to move this project from theory into a physical prototype that can be tested, documented, and shared. I’ve spent significant time developing the concept and settling the math behind it, and now I need help securing the specialized components required to complete the build.

The funds from this fundraiser will go toward high-grade wiring, structural materials for the 24-node manifold, and the final Q-SYS digital signal processing equipment needed to operate the system. These parts are essential for building and testing the prototype and for documenting how it performs in real-world conditions. I’m working toward an important build deadline and trying to take this project out of the shop and into a form people can actually see and evaluate.

I’m raising support because I believe this prototype could open the door to a new way of thinking about power and mechanical energy. If you believe in independent innovation, experimental engineering, and helping new ideas reach the testing stage, I’d be grateful for your support. Every donation helps me get closer to completing the prototype and showing what this system can do.