M-VAVE Electric Guitar Effect Pedal Guitar Multi-effects Effect Pedal True Bypass Guitar Accessories Parts Premium Music Store

Original price was: £63.61.Current price is: £20.99.

This is a New M-VAVE Electric Guitar Effect Pedal Guitar Multi-effects Effect Pedal True Bypass Guitar Accessories Parts Premium Music Store from M-VAVE its found in our Multi-Effects Pedals on the Just Pedals menu. Read More below.

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The M-VAVE is a multi-effects pedal. It combines several effects or processing functions in a single unit.

Key identified features include true-bypass switching.

  • Brand: M-VAVE
  • Product type: Multi-Effects Pedals
  • Features: True Bypass

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Brand

M-Vave

M-VAVE is a music-gear brand of Shengke, whose official company history describes a move from consumer wireless audio into instrument products using wireless transmission and digital signal processing. The current range mixes compact single-effect pedals, multi-effects processors, headphone tools and wireless systems. JustPedals listings include the Mini Universe digital reverb, Tank multi-effects, H8 headphone amplifier and pedal tuners. TANK-G adds amp modelling, USB audio and recording features, while Mini Universe is a compact dedicated reverb. Check the product type before comparing M-VAVE listings, as the brand covers both stompboxes and supporting equipment.

Category

Multi-Effects Pedals

A multi-effects processor combines several effect algorithms and signal-routing stages in one unit. Its sound depends not only on the individual models but on their order, parallel or serial routing, processing resolution and available control. Preset structure, switching gaps, foot control, expression assignment, amp or cabinet modelling, USB audio and MIDI determine how completely the processor can replace separate pedals.

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.