WALRUS AUDIO Kangra [Filter Fuzz] WAL-KANG (Walrus Audio) Fuzz

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Our Business Hours is Mon to Fri / 11:00 to 18:00 JPN timeWe will close Sat and Sun, so we will reply to inquiry that received weekend on next week.Your understanding will be appreciated.We are receiving the customer order with first comes first serves basis both on website and at real shop.So occasionally it will be sold out while having email communication.Please understand in advance.Japanese consumption tax is not required for international shopping. However you may be required to pay duty, tax and import fee when receiving your items in your country. You must pay all these duty, tax and fee as receiver/importer and we do not cover any of them.■Please noteThe product description is an automatic translation of the Japanese description. Please contact us if you have any questions.-----------------------------------Dominate the scene with one sound! Kangra Filter Fuzz is a guitarist who is a member of the regular band on the popular American TV show "Saturday Night Live." This pedal was developed in collaboration with Jared Scharff, a fuzz pedal enthusiast, and is Scharff's favorite vintage pedal. Inspired by "Kay Fuzz Tone". Kangra [Filter Fuzz] is a pedal that combines a thick octave fuzz with an envelope filter that is perfect for psychedelic sounds. You can use the filter independently or feed it into a fuzz. This fuzz is not for rhythm guitarists. The raging fuzz tone that seems to tear through time and space really shines on lead guitar. Kangra has a multipurpose filter that can be used on its own to add character to your sound, or By switching on the envelope filter switch, you can create a funky 60's style sound. By connecting an expression pedal, you can use your foot to adjust the filter cutoff frequency. The M/V switch lets you choose between different styles of fuzz. Modern (M) provides a long, tight sustain and a smooth sound. Vintage (V) is a rough, coarse sound with a short sustain. The mid switch allows you to choose between significantly reducing t