There is a quiet, vanishing geometry to the way things used to be built. Spend a few days in a workshop with Richard Hess, listening to him talk through the microscopic behaviors of a tape path, and you realize that a tape machine isn’t just an electronic box that happens to have moving parts—it is an intricate mechanical instrument where physics and signal path are entirely inseparable.

For decades, the world has been sliding away from this reality. We live in an era of surface-mount components, sealed modules, and software emulations where physical touch has been engineered out of daily life. But in the trenches of analog audio, and particularly in the specialized world of tape preservation and high-end mastering, the physical world still demands absolute obedience.

Lately, I’ve found myself standing at a wonderful intersection. By combining a lifelong obsession with audio, a deep love for mechanical machining, and a practical foundation in electronics design, I’ve found a path forward that feels almost anachronistic, yet desperately needed. I am stepping into the world of custom headblock mechanics—machining bespoke mounts, zero-backlash adjustment platforms, and engineering the precise spatial relationships required to make tape heads sing.

Richard’s mentorship underscored a fundamental truth: you can have the finest electronics in the world, but if your azimuth is off by a fraction of a micron, or if your headblock flexes under the tension of a 10.5-inch reel, your high frequencies vanish into phase cancellation. The art is entirely mechanical. It is about cutting custom clearance holes in vintage castings, designing kinematic adjustment linkages that don’t bind, and selecting materials that refuse to thermal-drift when a studio heats up. It is about hand-lapping, micro-adjusting, and treating a piece of aluminum like a Swiss watch movement.

There is a massive opportunity hidden in this niche. Studios and archivists are guarding aging Studers, Ampexes, and MCI transports like holy relics. They don’t just need service; they need custom mechanical evolution—tailored modifications, specialized head configurations, and modern engineering applied to vintage iron.

By marrying the tactile grit of machining with the exact science of audio and electronics, I get to build things that matter. It’s a craft where the chips flying off the mill directly translate to the air moving out of a studio monitor, bridging the physical and the sonic in a way very few people still know how to do.