Crazy Tube Circuits Triptychon Analog Fuzz Multi-Effect Pedal (BOOST/OCTAVE, FUZZ, DRIVE) - PRE ORDER

Arriving soon and available for pre-order! We got to check out this pedal at the 2026 NAMM show and have been eagerly anticipating its release. In classic recordings of the past, fuzzes and treble boosters were rarely used in isolation. Instead, they were almost always fed into already pushed amplifiers, where the interaction between the pedal and the amp created the compression, sustain, and harmonic richness we now associate with vintage tone. That's what the Triptychon recreates, with the added bonus of an upper octave option on the boost. The boost section also features and "anti-buffer" switch which allows the fuzz section to play nicely with active pickups or buffered bypass pedals in the chain. All three sections can be used independently, and the optional "XT" footswitch (really any CTC XT switch) allows for the drive control to be used in any combination with the other two. 

The Triptychon uses metal can silicon transistors and is engineering to provide "Germanium feel" without the drawbacks and inconsistent quality and supply of Germanium transistors. All analog and meticulously engineered the Triptychon is another Crazy Tube design destined to become a classic

In the words of Crazy Tube Circuits....

Triptychon is a sonic artwork built around three independent tone elements, each complete on its own, yet fully realized when combined. Here, those elements become the fundamental building blocks of electric guitar tone: fuzz, harmonic shaping, and amplifier drive.
 In classic recordings, these were never isolated effects. Fuzzes, octave fuzz pedals and treble boosters were pushed into already driven amplifiers, where the interaction between stages created the compression, sustain, and harmonic richness we now associate with vintage tone.
 In modern rigs, however, players often use clean platforms and rely on pedals for gain, which changes this interaction significantly. Triptychon is designed to recreate that original signal chain, allowing those classic tones to translate properly into contemporary setups.

Fuzz: The Core Voice (center panel)

At the heart of Triptychon lies an all analog 4-voice fuzz engine inspired by some of the most iconic circuits in guitar history:

• ff: inspired by Dallas Arbiter Fuzz Face

• vtb:  inspired by Vox Tone Bender

• 3/2: inspired by Sola Sound Tone Bender Mk1.5

• 2: inspired by Sola Sound Tone Bender MkII

From dynamic and responsive to saturated and aggressive, each voice retains its own identity, allowing you to explore the full spectrum of classic fuzz behavior.

Boost / Upper Octave Fuzz: Harmonic Expansion (right panel)

The right panel expands the harmonic range with a dual-voice architecture for each mode.

In boost mode, it delivers two distinct treble booster voices, from classic cutting presence to a fuller, mid-focused response.

In octave mode, it becomes an upper octave fuzz, offering two distinct voices ranging from articulate and defined to saturated and harmonically rich overtones.

Drive: The Amplifier Foundation (left panel)

The left panel completes the system by recreating the feel of a pushed amplifier.

Rather than acting as a typical overdrive, it provides the compression, response, and harmonic environment where fuzzes and boosters truly come alive. It can subtly enhance sustain and clarity or be pushed further to shape the overall gain structure, just like a real amp.

Silicon Heart. Germanium Soul.

At the triptych core lies a silicon heart, beating through a custom six metal-can silicon transistor design that delivers true germanium tone and feel, with the cleanup and dynamic response players expect but without the instability.

This is not simply a matter of using specific components. It is a carefully engineered circuit approach designed to recreate the behavior, interaction, and touch sensitivity of classic germanium-based designs, while maintaining consistency in any environment.

Designed for Real-World Rigs

Classic fuzz and treble booster circuits are highly dependent on direct interaction with passive guitar pickups. In modern setups, where buffers, active pickups and wireless systems are common, this interaction is often lost. Triptychon integrates dedicated switchable anti-buffer circuits that restore the correct impedance relationship, allowing each stage to respond as intended even in complex pedalboards. Engage the anti-buffer circuits when a buffered pedal or active pickups/circuits are present before