Dive into a universe of sound with the Dr Scientist Cosmichorus Chorus, a pedal that transcends traditional chorus effects. With its MN3007 chips, this device crafts a lush, analog soundscape that can morph from a subtle shimmer to a deep, modulating ocean. Whether you're painting ambient textures or adding character to your noise rock riffs, the Cosmichorus's versatile controls and three-position delay time knob ensure a unique sonic experience every time you step on it.

Key Features:

• Equipped with high-quality MN3007 chips for authentic analog tone
• Three-position delay time knob for versatile modulation effects
• Additional hold/inversion knobs expand creative possibilities
• Capable of producing effects ranging from chorus and reverb to delay and tremolo
• Ideal for genres like ambient, post-rock, and noise rock

Product specs

FAQs

What kind of power supply does the Dr Scientist Cosmichorus Chorus pedal require?

The Dr Scientist Cosmichorus Chorus pedal requires a standard 9V DC power supply with a center-negative plug, commonly used for guitar pedals.

Can the Dr Scientist Cosmichorus Chorus pedal be used with a bass guitar?

Yes, the Dr Scientist Cosmichorus Chorus pedal works well with bass guitars, providing rich and lush chorus effects suitable for a variety of musical styles.

How does the Dr Scientist Cosmichorus Chorus pedal differ from other chorus pedals?

The Dr Scientist Cosmichorus offers a unique blend of chorus and vibrato effects with extensive control options, allowing for a wide range of modulation textures not typically found in standard chorus pedals.

Is the Dr Scientist Cosmichorus Chorus pedal true bypass?

Yes, the Dr Scientist Cosmichorus Chorus pedal features true bypass switching, ensuring your guitar's tone remains unaffected when the pedal is not in use.

What are the standout features of the Dr Scientist Cosmichorus Chorus pedal?

The standout features include its dual-function as both a chorus and vibrato pedal, extensive modulation controls, and its ability to produce both subtle and extreme modulation effects.