Strategic CNC-Machined Resonators
Unlike the uniform forged domes of the past, MiG SRX features a high-carbon steel resonator with varied wall thickness. Through extensive testing, SR mapped how energy propagates through this geometry. By strategically thinning and thickening specific regions of the resonator, that controls the propagation and exit-velocity of mechanical energy.
Result: an audible leap in image density, low-level detail, and temporal accuracy.
The Triad Strategy: Three Unique Metamaterials
In a world-first for mechanical footers, a set of three MiG SRX is not three identical units. SR moved beyond a “universal” solution to a Strategic Triad.
Each footer in a set of three contains a distinct, next-generation UEF Metamaterial formulation, voiced to address a specific performance vector:
Footer Alpha – Engineered for holographic realism and soundstage density
Footer Beta – Optimized for low-frequency impact, structural drive, and bass authority
Footer Gamma – Dedicated to HF air, extension, and top-end liquidity
By deploying these three formulations together, MiG SRX achieves a balance of slam and refinement that a single, do-everything material could never replicate.
Field Integration: The LogiQ & FEQ Connection
MiG SRX is the first footer voiced to operate in synergy with the FEQ Carbon and upcoming LogiQ ELF / ULF field generators. The resonance engine and UEF Metamaterials are tuned to track the same ultra-low-frequency bias used across the Synergistic Research ecosystem.
This turns your component’s mechanical footprint into an intentional part of the system’s overall field architecture, rather than an unmanaged source of vibration and RF interaction.