Electronic Audio Experiments Model FeT vs Jackson Audio Belle Starr

The Electronic Audio Experiments Model FeT and the Jackson Audio Belle Starr are both pedals sharing transparent. The Electronic Audio Experiments Model FeT leans harmonically rich and saturated. The Jackson Audio Belle Starr leans dynamic and fuzzy.

Similarity
citedBlended from circuit-archetype lineage, dynamic feel, tone-signal overlap and tone-vector distance — the tone vector itself is derived from editorial description text, not a measured acoustic signal, so this reflects how similarly the catalog copy describes the two, not a lab measurement. Shown only within a gear class, and only where there's enough evidence to be meaningful.

48% — somewhat different

Shared tone character
citedDerived from overlapping tonal signals across both listings.
  • transparent
Citation fame
citedCitation/mention fame — how often this gear is cited across artist rigs and gear discussion.
0%
0%
Description

The Electronic Audio Experiments Model feT is an amp-style distortion pedal from EAE, handmade in Portland, Oregon, designed to replicate the saturation character of a tube amplifier using FET transistor technology that approximates the behavior of vacuum tubes in a solid-state circuit. EAE describes it alongside their transistor overdrives and JFET preamps as a complete amp-style distortion rather than a conventional pedal distortion. The Model feT produces a distortion character with the harmonic depth, compression, and natural feel associated with cranked tube amplifiers, aimed at players who want amp-like saturation in a compact pedal format.

The Jackson Audio Belle Starr is a fuzz or drive pedal from Jackson Audio's premium boutique lineup, designed with the JFET transistor technology and premium component selection that characterizes the brand's circuit design philosophy. Jackson Audio builds gain and effects pedals specifically aimed at professional studio and touring guitarists who require premium build quality, tonal flexibility, and natural amp-like dynamic response.

Genres
citedGenres this gear is documented as being used in.
  • Classic Rock
  • Metal
  • Hard Rock
  • Electronic
  • indie rock
  • punk rock
  • alternative
Tonal lean
  • harmonically rich
  • saturated
  • dynamic
  • fuzzy

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