Klowra Hane Filter Pedal - Auto Wah&Envelope Guitar Effects with Tap Tempo, LFO Modulation, Dynamic Touch Sensitivity, Analog Tracking Shifter for Funk Quack & Synth Bass

Analog-Style Dynamic Tracking: Utilizing a highly sensitive envelope follower, the Hane Filter emulates classic analog hardware tracking logic to react naturally to every nuance of your pick attack. The filter’s opening and closing are governed entirely by your touch, allowing you to effortlessly command wide up/down sweeps, organic vocal-like quacks, and distinctive synth attacks. Tri-Mode & Dual Modulation Engine: Features three creative scenarios including Envelope Mode for pure velocity-driven wah, LFO Mode for stable cyclic modulation via Tap Tempo sync, and an advanced Dual Modulation mode. Merging rhythmic auto wah with deep envelope depth, it injects breathing filter sweeps and multi-layered, complex textures into your grooves. Dynamic Rate Mapping Technology: Powered by Klowra's innovative algorithm, the envelope-to-rate function leverages your pick dynamics to drive an attack-driven LFO. The harder you strike the strings, the faster the modulation response speed becomes—delivering an unparalleled touch-sensitive interactive experience that keeps your tone cutting through any live mix with pristine presence. Superior Low Frequency Retention: Engineered for both guitar and bass players, it features optimized tracking with exceptional low-end retention. Perfect for dialing in a massive wobble bass, contemporary blues grooves, or deep sub-bass synth squelches, it guarantees that your bottom end remains anchored, powerful, and absolutely free of the "tone suck" common in digital filters. WildSeed DSP & Budding Bloom Artistry: Powered by the 32-bit floating-point WildSeed Engine and 24-bit AD/DA conversion for maximum headroom and studio-grade purity. Housed in a hand-drawn Asian mythological art enclosure, this ultra-compact, tour-grade pedal features clickless soft-touch relay switching and Switchable True/Buffered Bypass, ensures silent, pristine signal path on any stage.