Walrus Mako Series M1 MKII High-Fidelity Modulation Machine Pedal

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The M1 MKII is a stereo, all-in-one modulation pedal featuring six studio-grade programs based on fan-favorite modulation tones: Chorus, Phaser, Tremolo, Vibrato, Rotary, and Filter. From the swirling, lush sounds of the 80’s to more subtle applications that give your tone a distinct flair, this is a hallmark for all kinds of modulation fans, offering limitless creative potential. New Features: The M1 features six fine-tuned modulation algorithms: Chorus, Phaser, Tremolo, Vibrato, Rotary, and Filter Total BPM control, allowing users to select their specific tempo and read it out on the menu screen for Chorus, Phaser, Tremolo, and Vibrato programs Internal wet/dry mix All new flanger sound added to the Chorus algorithm 128 on Board presets Navigation Menu for adjusting secondary controls and Lofi parameters Revamped Rotary and Filter programs Program Controls Each program can be fully customized to your taste and playing style with the left encoder knob for features like effect type, BPM, wave shape, and more. Refer to the manual for program specific features. Programs The M1 features three different program types for each program, as well as several other program specific controls for each of the six programs. Chorus From subtle chorus to vibrant and lush tri-chorus that will instantly teleport you to the 80s. Type I is a traditional chorus great for tight smooth chorus tones. Type II finds its roots in the classic tri- chorus effect running three chorus units in parallel for a lush multi-dimensional chorus. Type III transforms into a sweeping, vintage-style flanger, a welcome addition for modulation fans.   Phaser  Classic 70s phaser sounds we all know and love, with added features that you wouldn’t expect. Similar to the Lillian, Type I is a 2-stage Phaser that produces a single notch to the classic mild phaser. Type II is a 4-stage model producing 2 notches for a stronger effect. Type III is a phaser modeled after the unique tuning and LFO shape found in