The Six Pillars of Synergy

Mechanical Tuning

Everything vibrates — chassis, components, shelving, loudspeaker cabinets. Unlike traditional isolation methods that attempt to eliminate vibration through absorption or dampening, our approach uses patented resonance-optimized materials and UEF Metamaterial technology to govern the flow of mechanical energy, tuning natural vibrations rather than suppressing them. The result is components that sound faster, quieter, and more dynamic, with expanded soundstaging, improved imaging, deeper bass control, extended high-frequency detail, and enhanced midrange clarity without the compressed dynamics typical of conventional solutions.

We’ve engineered this thinking across every mechanical interface in your system. Our flagship MiG SRX component footers feature precision CNC-machined high-carbon steel resonance chambers with a Strategic Triad of distinct UEF Metamaterial formulations, each voiced to a specific performance vector. The new MiG SRX Speaker Footer extends this platform to the most demanding interface of all, adding a hardened steel spike assembly and precision bearing interface to create intelligent energy routing between loudspeaker and floor. MiG 4.0 brings a redesigned resonator with varied wall thickness and its own Strategic Triad to rack-mounted components at an accessible price point, with configurable Ambient and Pinpoint tuning options. And the Tranquility Modular Rack takes mechanical tuning to system scale, combining autoclave-formed carbon fiber shelves with MiG SRX ball-bearing suspension and active electromagnetic field conditioning — both systems voiced to the same ULF bias so their effects compound rather than simply add. Every product is hand-crafted in our California factory with aircraft aluminum, carbon fiber, and proprietary material matrices, and each can be precisely voiced on a component-by-component basis to achieve optimal system synergy.ShareProject contentsynergisticresearch.comCreated by youAdd PDFs, documents, or other text to reference in this project.