Dunlop Mini Cry Baby Q – Wah Wah

£169.99

This is the Dunlop Mini Cry Baby Q – Wah Wah from Dunlop, listed in Wah & Filter Pedals on Just Pedals. Read More below.

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The Dunlop Mini Cry Baby Q Wah is a super versatile wah pedal in this perfect, tiny format. The Q Control allows you to shape the wahs response and emphasis on high and lower harmonics. 

Q Control

With the Q control, you can shape the wah’s response, from a narrow bandpass that emphasizes higher end harmonics to a wide bandpass that emphasizes lower end harmonics. If you want a bump up to the front of the mix, just crank the Volume control and then kick the Boost switch to engage the level change.

Four Sweep Ranges

The Mini Cry Baby Q Wah features the four most popular sweep ranges with the range selector the musician can chose the tonal character of sound using the range selector providing the perfect balance of wah control and pedal board-efficiency. It also features a handy LED next to the Boost switch that lets you know when its active which makes it easier for the musician and adds to the design of the pedal.

Features: 

  • Four Sweep Ranges
  • True Bypass Switching
  • Q Control
  • Iconic Fasel Inductor
  • Compact Size Perfect for Pedal Boards

Specifications

  • Inductor: Fusel
  • Bypass: True Hardwire
  • Footplate: Gripping
  • Housing: Robust Metal
  • Boost Control Range: 0.1 dB to 17 dB

Related videos

Brand

Dunlop

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.