16-step sequenced ring modulator with MIDI, expression input, and glissando. The expanded ring mod with memory presets.

Minifooger ring modulator. Metallic bell tones, robotic textures, and atonal chaos from analog frequency multiplication.

8-step sequenced ring modulator with tap tempo. World's first dedicated tap-tempo sequenced ring mod from 2006.

Ring modulator-based disharmonic distortion creating metallic, chaotic textures.

All-analog ring modulator with sine and square waves, from subtle tremolo to clanging metallic textures.

All-analog stereo modulator developed with That Pedal Show. Dual BBD, through-zero flanging, no companders.

Tracking ring modulator with pitch-following carrier for more musical metallic tones

Frostwave Blue Ringer clone. Voltage-controlled ring modulator for metallic, inharmonic textures.

Ring modulator and frequency shifter with pitch tracking, 8-step sequencer, and 2024 EMMA winner.

Ring modulator with 3 selectable internal oscillator waveforms and external signal input. Y Select, Tune, and Mix controls. Requires 24VDC center-positive.

Fun and playful ring modulator pedal capable of both weird experimental noises and surprisingly musical, usable tones.

Ring modulator with multiple sources: oscillator, expression, effects loop. Deep frequency mangling.

Ring modulator-style effect for atonal mayhem. Clangorous frequency manipulation.

Analog ring mod with carrier oscillator sweepable from 0.6Hz to 4kHz in Lo/Hi ranges. Moogerfooger series, discontinued.

Ring modulator with the depth and flexibility Lovetone was known for.

All-analog ring modulator recreating the Moog MF-102 for experimental tones from subtle lo-fi to piercing harmonics.

Ring modulator with analog-style bell tones and expression control.

Ring modulator producing metallic bell tones, inharmonic clangor, and dissonant textures.

Budget ring modulator and bitcrusher in micro format. Weird, glitchy lo-fi effects.

Ring modulator with blend control for metallic, robotic sounds and clangorous frequency shifting.