Philip Sayce pedalboard on a budget2026 documented board rebuilt for ≈ $652

Both are simple two-transistor fuzzes meant to clean up from the guitar and live first in the chain. The JHS adds a Bias control, so the softer, sagging edge of an old Square Face can be approached instead of accepting one fixed transistor operating point.

Trade-off. The Diaz sound depends on selected germanium devices and their exact gain and leakage. The JHS is a modern silicon interpretation with a different tone control and Fat switch: it keeps the interaction and playing approach, not the collector circuit component for component.

The VTB-1 is a one-transistor treble booster with a Fat switch, the same functional shape as the Texas Ranger's range control. Vox uses a BC109 silicon device but deliberately tunes its nonlinear response toward germanium, which makes this a closer fit than a generic clean boost.

Trade-off. It is still silicon, not the Texas Ranger's germanium circuit, and its two range choices are less adjustable than the Diaz control. Expect a firmer attack, less temperature drift and a different noise floor.

The V845 stays inside the Vox wah lineage and is explicitly voiced from the company's 1960s specification. It preserves the full-size treadle, inductor sweep and vocal midrange in the exact third position of the chain.

Trade-off. A current production V845 does not have the original picture wah's halo inductor, vintage potentiometer taper or component drift. The sweep is cleaner and more repeatable, but less hollow and idiosyncratic.

The Behringer is an analogue two-knob octave fuzz with the same performance technique: neck pickup, notes high on the fingerboard and the fuzz feeding an already-driven amplifier. It therefore keeps the purpose and control economy of the JH-OC1.

Trade-off. The circuits come from different branches of the octave-fuzz family, so the upper octave, gating and low-note intermodulation will not line up exactly. Match sustain by ear rather than copying the two knob positions.

This is the board's circuit-for-circuit bargain: 4558 op-amp, symmetrical diode clipping and the familiar mid-hump tone network. One TO800 correctly represents the one Tube Screamer Sayce selects, rather than inventing a TS9-into-TS808 stack.

Trade-off. The plastic Behringer enclosure and switching hardware are the compromise. It also cannot reproduce the exact drift of a 1981 TS808 or 1980s TS9, and it does not replace the separate Keeley loop boxes Sayce uses to select them.

The 69 Vibe uses the important Uni-Vibe ingredients rather than a generic digital chorus: an all-analogue photocell circuit, chorus/vibrato selection and an expression input for speed. It therefore keeps the asymmetric throb after the Tube Screamer.

Trade-off. The KR is a large, specialist recreation with more headroom and a deeper, more three-dimensional pulse. The Behringer's expression treadle is extra, its enclosure is lighter and its sweep will feel shallower at the extremes.

Unlike the cheaper delays that were rejected for this row, the D-SEED II preserves both words in the DL4's job description: delay and looper. It adds eight delay types, tap tempo, stereo I/O, a favourite and a 3.5-minute loop behind two footswitches.

Trade-off. It does not recreate the DL4 algorithms, four-preset performance layout or dedicated four-switch looper gestures. Delay and looping are present, but moving between them on stage is a different workflow.

The ART does the three safety-critical jobs required at the end of this particular board: send to two amplifiers, transformer-isolate one path and reverse its polarity when the cabinets cancel. A ground-lift switch handles the remaining loop-hum case.

Trade-off. The CoolSwitchPro is passive; the HumDinger buffers the main path and provides a level trim on the isolated output. Long cable runs may lose brightness, and unlike the GigRig unit there is no output-level control to balance unlike amplifiers.