YOUTUBER: Moog Music

6. November 2025

MILES

Moog Music Dives Deep: Modulation Demystified on the Minimoog

© Picture: Moog Music (YouTube)

Moog Music Dives Deep: Modulation Demystified on the Minimoog

Moog Music’s official channel returns with another educational gem, this time dissecting the art and science of modulation in synthesis. Using the Minimoog as a hands-on laboratory, the video explores how control voltages, LFOs, envelopes, and even a dash of randomness transform static tones into expressive, living sounds. The lesson is both a technical breakdown and an invitation to experiment, revealing how modulation is the true heart of synthesis—far beyond mere oscillators and filters. For anyone curious about the patchable soul of Moog’s instruments, this is a must-watch.

30. October 2025

MILES

Moog Music and the Voltage-Controlled Filter: Sculpting Sound Since the Sixties

© Picture: Moog Music (YouTube)

Moog Music and the Voltage-Controlled Filter: Sculpting Sound Since the Sixties

Moog Music returns with another deep dive into the heart of synthesis, this time shining a spotlight on the Voltage-Controlled Filter (VCF). In this educational instalment of their ‘Synthesizing with Moog’ series, the team unpacks the VCF’s pivotal role in shaping the very fabric of electronic music. Expect a blend of technical clarity and historical reverence, as Moog’s experts demonstrate how filters carve out timbre, introduce resonance, and bring dynamic expression to the modular landscape. For anyone curious about why the VCF remains a cornerstone of synthesis, this lesson is a must-watch.

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23. October 2025

MILES

Moog Music Explains Oscillators: Vibrations, Harmonics, and the Art of Layering

© Picture: Moog Music (YouTube)

Moog Music Explains Oscillators: Vibrations, Harmonics, and the Art of Layering

In the third lesson of Moog Music’s educational series, the legendary synth manufacturer dives deep into the bedrock of synthesis: oscillators. This episode demystifies how these circuits generate vibrations, shape sound, and underpin the entire sonic architecture of a synthesizer. With Moog’s signature clarity and a dash of historical context, viewers are guided through tuning, layering, and the harmonic richness of classic waveforms. Whether you’re new to patch cables or a seasoned modular explorer, this video offers a grounded, hands-on look at the oscillator’s role in crafting everything from mellow tones to cosmic textures.

16. October 2025

MILES

Moog Music Explores Synth Dynamics: From Voltage to Expression

© Picture: Moog Music (YouTube)

Moog Music Explores Synth Dynamics: From Voltage to Expression

In the second episode of Moog Music’s educational series, ‘Synthesizing with Moog,’ the focus shifts to the art of dynamics in synthesis—how a static circuit becomes a living, breathing instrument. Hosted by Chris Miller and filmed in the hallowed halls of Schneidersladen, this lesson dives into the voltage-controlled world of amplifiers and envelopes, revealing how human touch and control voltages transform mere oscillations into expressive musical phrases. Moog’s signature approach, blending technical clarity with a nod to history, makes this a must-watch for anyone curious about the tactile side of synthesis. Whether you’re a patch cable veteran or just learning

9. October 2025

MILES

Moog Music’s Modular Origins: Listening, Voltage, and the Human Ear

© Picture: Moog Music (YouTube)

Moog Music’s Modular Origins: Listening, Voltage, and the Human Ear

Moog Music’s new educational series opens with a deep dive into the roots of synthesis, blending modular history, voltage control, and the science of listening. In this first episode, the Moog team traces the journey from Bob Moog’s original modular designs to the Minimoog and beyond, all while demystifying how voltage becomes sound—and how our ears and brains make sense of it. Expect a thoughtful, technically grounded exploration that connects patch cables to pressure waves, and encourages listeners to approach synthesis with both curiosity and a sense of play. If you’re after a foundation in both the circuitry and the

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20. September 2025

MILES

Moog Music’s Sound Studio Accessory Kit: Building a Modular Playground

© Picture: Moog Music (YouTube)

Moog Music’s Sound Studio Accessory Kit: Building a Modular Playground

Moog Music, the iconic purveyor of analog synths, steps into the world of modular ergonomics with the Sound Studio Accessory Kit. In this official walkthrough, the Moog team assembles a three-tier system featuring DFAM, Labyrinth, and Spectravox, demonstrating how the kit brings order and flexibility to a semi-modular setup. From rack ears to summing mixer, every detail is covered, showing how the kit transforms a pile of synths into a cohesive sonic workstation. If you’ve ever wondered how to wrangle multiple Moog boxes into a single, patch-friendly rig, this video is a methodical deep dive into the nuts, bolts, and

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20. September 2025

MILES

Moog Music’s Spectravox & Subharmonicon: Filter Bank Adventures Off the Beaten Path

© Picture: Moog Music (YouTube)

Moog Music’s Spectravox & Subharmonicon: Filter Bank Adventures Off the Beaten Path

Moog Music’s latest demo dives headlong into the modular deep end, pairing the Subharmonicon’s polyrhythmic sequencing with the spectral wizardry of the Spectravox filter bank. This official manufacturer video isn’t just a dry walkthrough—it’s a showcase of how classic Moog building blocks can be patched together for genuinely unorthodox results. Expect a journey from traditional lowpass filtering to the wild territory of unsynced sub-oscillator modulation, revealing how these two instruments can conjure up shifting, interference-rich soundscapes. If you’re curious about the real-world patching potential of Moog’s modern classics, this is a must-watch.

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17. September 2025

MILES

Moog Music: Messenger and DFAM—Patch Cables Make Friends

© Picture: Moog Music (YouTube)

Moog Music: Messenger and DFAM—Patch Cables Make Friends

Moog Music, the stalwart of analog synthesis, brings us a deep dive into the interconnectivity of their Messenger and DFAM instruments. In this official video, the Moog team demonstrates how patching these two devices together transforms them into a modular powerhouse, brimming with oscillators, filters, and envelopes. The focus is on practical signal routing, creative sequencing, and the exponential sonic possibilities unlocked by combining classic Moog circuits. For those who relish hands-on patching and modular exploration, this is a showcase of how two standalone synths can become a single, far more complex voice—no soldering iron required.

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16. September 2025

MILES

Moog Music’s Messenger & Labyrinth: Modular Interplay in Action

© Picture: Moog Music (YouTube)

Moog Music’s Messenger & Labyrinth: Modular Interplay in Action

Moog Music steps into the modular ring with a demonstration of how Messenger and Labyrinth, two of their latest instruments, can be patched together for sonic results that go far beyond the sum of their individual circuits. In classic Moog style, the video walks through a series of interconnected patches, showing how generative sequencing, parameter randomization, and hybrid voice routing can transform a seemingly straightforward setup into a playground for complex musical ideas. If you’re the sort who thinks in patch cables and clock divisions, this is a showcase worth dissecting. The focus is on practical interconnectivity, creative sequencing, and

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6. September 2025

MILES

Moog Music: DFAM and Spectravox – Physical Modeling Goes Modular

© Picture: Moog Music (YouTube)

Moog Music: DFAM and Spectravox – Physical Modeling Goes Modular

Moog Music takes a deep dive into the world of physical modeling synthesis, pairing the DFAM and Spectravox for a modular twist on acoustic emulation. In this official demo, Moog demonstrates how the DFAM’s percussive envelopes and oscillators can serve as a dynamic excitation source, while the Spectravox’s ten resonant filters stand in for the resonating body of an instrument. The video is a methodical exploration of how these two devices interact, focusing on patching techniques, signal flow, and the subtle art of sculpting electronic sounds that echo the behaviour of real-world drums and struck objects. For those obsessed with

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