Vox V846 Hand-Wired Wah Pedal

£187.25

This is the Vox V846 Hand-Wired Wah Pedal from Vox, listed in Wah & Filter Pedals on Just Pedals. Read More below.

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The Vox V846 Hand-Wired Wah Pedal is a modern iteration of the original “holy grail” wah pedal. Constructed with meticulous attention to detail this pedal is made using hand-wired turret board construction and features high-quality components such as carbon comp resistors polyester film capacitors and Switchcraft jacks. With its Carling true bypass switch the V846-HW ensures that your tone remains pure and unaltered when the pedal is disengaged. Drawing on over four decades of experience Vox has equipped the V846-HW with the coveted halo-style inductor delivering a smooth sweep and warm vintage tone that guitarists have come to adore. This pedal pays homage to the original Vox Wah while pushing boundaries and paving the way for new sonic possibilities. Every component from the inductors to the potentiometer has been hand-selected for optimal fidelity and tone. The result is a wah pedal that transcends its predecessors and offers a level of sonic purity unmatched in its history. The die-cast body of the V846-HW boasts a sandblasted exterior with a sleek crepe finish showcasing its superior craftsmanship. With its classic yet modern specifications this pedal combines Voxs legendary technology with a timeless design.

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Brand

Vox

Category

Wah & Filter Pedals

Wah effects sweep a resonant band-pass or related filter through the frequency spectrum, creating the vowel-like movement associated with the treadle. Envelope filters move automatically in response to picking level, while fixed and sequenced filters use other control sources. Sweep range, resonance, direction, sensitivity and input loading determine whether the response is vocal, percussive, smooth or sharply synthetic.

Tags

True Bypass

Connects input directly to output through mechanical or relay switching when the effect is off, removing the active circuit from the audio path. It avoids buffer colour but leaves cable capacitance and switching design to influence high-frequency loss and possible switching noise.