Bogner Oxford Fuzz

Highly Educational

– Advertisement –
Price: $229.99
Info: www.bogneramplification.com

Teaming with Rupert Neve, Bogner Amplification has developed a line of pedals based on its renowned amp channels. One result, the Oxford Fuzz, is a smooth and highly refined fuzz with unmistakable tone and feel.

Housed in a sleek die-cast chassis with top hat-style knobs and chassis-mounted pots and switches, the Oxford’s insides are loaded – a Neve-designed transformer, double-sided (and gold-plated) printed circuit boards, German WIMA capacitors, Japanese Nichicon capacitors, gold-plated relays, and Carling switches. Controls include a true-bypass footswitch with large LED, three-position Fuzz Mode toggle, two-position Gain toggle, and knobs for master Volume, Tone, and Fuzz. Hookups include 1/4″ input and output jacks and a nine-volt power jack (internal battery option). Ferrosilicon transistors ensure consistent performance.

Clearly, Bogner invested a lot of thought in the details of the Oxford Fuzz. So how do they all come together? To find out, we unshelved a Fender Blues Junior 1×12 and a Les Paul Standard with Burstbucker pickups.

The Oxford produces a smooth fuzz with a thick and harmonically rich tone with a surprising amount of touch-sensitivity. Even with an over-the-top grainy fuzz dialed in, the pedal maintains a buttery tone – clear and complex, thanks no doubt to the Neve transformer. Between the three-way Fuzz Mode switch, two-way Gain, and Tone control, the user can access a huge variety of fuzz/overdrive tones, from organic and mild transistor ’60s overdrive to out-of-control sustaining fuzz.

With its quality build and thoughtful componentry, the Bogner Oxford Fuzz will raise the grade of most any guitar setup.

– Advertisement –

This article originally appeared in VG January 2018 issue. All copyrights are by the author and Vintage Guitar magazine. Unauthorized replication or use is strictly prohibited.

– Advertisement –

PRE-ORDER NOW!

CURRENT ISSUE

Join 25,700+ subscribers & be notified when new articles & more becomes available!

Exit mobile version