Crafted for Those Who Create

Every Amp has a Story. Every Story has Taught us Something.

Some of these amps came in broken, others just misunderstood. Each one had something to teach about tone, about circuitry, about maintenance, and about the way sound moves and breathes.

Restoring, rebuilding, and reimagining these amps shaped the way I build today. Every Riddim Restoration amplifier carries the lessons learned from countless circuits before it, redefined with intent to speak in it’s own voice for as long as you do.

Like a highly qualified and experienced engineer, I break things down to the simple mathematics. These are the amps that passed across my bench. They are all part of this musical journey.

Equation #1: Instrument Signal Amplifiers

+ High-Fidelity Reproduction Amplifiers = ???

The Result: The Baddest Circuits on the Planet

What We’re Building Now

Case files for each piece of equipment, documenting repairs, redlined schematics, noted modifications with pictures, and performance charts.

Close-up of an electronic circuit board with various resistors, capacitors, and a large blue capacitor, viewed from the top within a device, with orange arrows pointing to specific components.

We checked the work…it adds up

Oscilloscope display showing a waveform with measurement data, including frequency of 1000 Hz, peak voltage of 6.20V, and other electrical parameters.
Oscilloscope screen showing a sine wave with measurements including frequency, amplitude, phase, and voltage.

We don’t just build amplifiers; we craft instruments of sonic articulation—tools that shape the voices of those who push music forward. Every circuit, every component, every design choice is made with absolute intention—because in the right hands, sound isn’t just heard, it’s experienced.

This work isn’t about nostalgia or imitation. It’s about honoring the past while designing for the future. It’s about creating something truly alive—an amplifier that responds to the player, resonates with the listener, and stands the test of time.

A computer oscilloscope displaying a pink sine wave with measurement data and waveform details.

Mission Critical

Electrical schematic diagram showing wires, capacitors, and batteries with labels indicating voltage and capacitance.
Oscilloscope screen displaying a sine wave with voltage and frequency measurements, and a power reading of 152 watts.
A diagram of an electrical circuit with labeled components and connections, including resistors, integrated circuits, and wiring annotations.