Benson Amps BA-Pre vs Electronic Audio Experiments Model feT V3.8
The Benson Amps BA-Pre and the Electronic Audio Experiments Model feT V3.8 are both pedals sharing bright, transparent. The Benson Amps BA-Pre leans dynamic and saturated.
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Blended 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.52% — moderately similar
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Derived from overlapping tonal signals across both listings.- bright
- transparent
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Citation/mention fame — how often this gear is cited across artist rigs and gear discussion.$249via Reverb
The Benson Amps Preamp Pedal is a FET-based preamp pedal based on the circuit of the Benson Chimera 30-watt guitar amplifier, substituting FET transistors for the original vacuum tubes. Controls include Gain, Volume, Treble, and Bass. The Treble and Bass controls significantly affect the type of gain generated, producing more tonal versatility than typical passive EQ sections. 9V DC or battery, 50mA. Priced at $249 from Benson Amps, Portland, Oregon. Described by multiple reviewers as the most amp-like gain pedal, with hypersensitive response to touch and pick attack through both tube amplifiers and amp modeling systems.
The Electronic Audio Experiments Model feT V3.8 is a Fender-style tonestack EQ preamp pedal from boutique US manufacturer Electronic Audio Experiments (EAE), based on the classic Fender tonestack circuit with Bass, Middle, and Treble controls that interact in the classic Fender voicing relationship. The Model feT adds a FET preamp gain stage for clean headroom and drive capability. Version 3.8 reflects iterative refinement of the circuit. EAE boutique construction.
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Genres this gear is documented as being used in.- alternative
- indie rock
- blues
- Electronic
- dynamic
- saturated
- fuzzy