Moog Mavis Analog Synthesizer Kit The Moog Mavis Analog Synthesizer Kit seamlessly combines the iconic Moog sound with modular flexibility. As a build-it-yourself kit, it's a hands-on experience that brings you closer to the soul of the instrument. No soldering required ”just pure, analog goodness ready to unleash your sonic creativity. Its classic oscillator and filter circuits, combined with the groundbreaking diode wavefolder, deliver a range of tones from familiar basslines to experimental textures. Mavis introduces additive wavefolding to the Moog lineup, unlocking sounds never heard before from this esteemed brand. Your music will resonate with the unmistakable warmth and character that defines the Moog legacy. With 44HP of pure sonic potential, this synthesizer boasts two oscillators, a full ADSR, a -24-dB Moog Low Pass Ladder Filter, sample and hold, wavefolding, attenuators, a mixer, mults, and more. This versatile arsenal of features ensures you have the tools needed for complex musical arrangements, allowing you to shape and sculpt your sound with unprecedented flexibility. Control at Your Fingertips The Mavis doesn't just stop at sound; it's designed for hands-on, expressive control. The built-in keyboard with Glide and KB scaling gives you the power to explore experimental pitch relationships effortlessly. The 1 v/o controller opens up new musical intervals, inviting you to push the boundaries beyond established standards. Mavis plays well with others, fostering intricate dialogue between voltage-controlled devices, especially when integrated with Moog's semi-modular instruments. Features: Full Range Analog Oscillator with PWM and Mod Source mixing Voltage Controlled Filter with -24-dB Moog Low Pass Ladder Filter Audio Rate LFO and 4-Stage Envelope Generator for dynamic modulation First-ever Moog wavefolding circuit for additive synthesis Patchable Sample and Hold circuit for random CV patterns Protective cover for studio downtime or on-the-go protection 24-point patch bay for versatile connectivity and modulation possibilities