MOK – Filtryg v1.0.6 – MOCHA (VST3, AAX) [WIN x86 x64]

By | December 23, 2025

 

Year/Release Date: December 22, 2025
Version: 1.0.6
Developer: MOK
Developer’s Website: https://mok.com/filtryg
Format: VST3, AAX
Bit Depth: 32-bit, 64-bit
Tablet: Available
System Requirements: Windows 7, 8, 10

  • 21.4 MB

Description:

MAKE THE CUT

FILTRYG is a professional dual filter effect, ready to create new dimensions of rhythmic and timbral expression in your mix. A built-in envelope mapper, audio-range LFO, and MIDI keyboard tracking all respond seamlessly to both your playback and the source audio, creating an inspiring filter effect that seamlessly integrates with your performance. CLEAN FILTER

FILTRYG features three proven filter types: a 12 dB adjustable filter, operated in series or parallel, a 24 dB ladder filter, or one of several biquad filter modes, each with its own distinct character. The adjustable filter can be seamlessly transformed from a low-pass to a high-pass filter, with a band-pass or notch filter in between, while the ladder and biquad filters are controlled by the Drive knob for added expressiveness and richness.

RESTORE YOUR SOUND

FILTRYG’s visually appealing interface features a control panel with knobs familiar to both synthesizers and producers. The audio channel, modulation paths, and associated controls are clearly visible and easy to understand on the front panel, allowing for intuitive and fast effects programming. Use a wide range of low-frequency oscillators, envelope tracking, and even MIDI keyboard tracking to create wild modulations, or simply automate any FILTRYG parameter directly from the plugin host.

Features :
• Dual filter configurations in series, parallel, or mixed mode
• 12 dB state-variable filter, 24 dB ladder filter, and multi-mode biquad filter
• Morph and Drive controls for dynamic filter modification
• Frequency modulation filter allows for generating unusual harmonics
• Keytrack modulation for keyboard control
• True Envelope Follower for creating sidechain pumping effects
• Tempo-synced LFF and threshold envelope modulations


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