EarthQuaker Devices Spatial Delivery V3 Envelope Filter Pedal with 6 Presets

The EarthQuaker Devices Spatial Delivery V3 is an advanced envelope filter effects pedal that offers musicians extensive control over dynamic filtering and modulation. Building on the original design, this version introduces six user-editable preset slots, allowing players to store and instantly recall their preferred settings. The pedal generates classic envelope filter sweeps that respond dynamically to your playing intensity, alongside a sample and hold function for creating rhythmic, stepped filter effects and random voltage-controlled textures. This makes it a highly versatile tool for shaping tone in real-time. Key features include three distinct filter modes: 'UP' sweeps the filter frequency upward, 'DN' sweeps it downward, and 'SH' engages the sample and hold function where the filter is modulated by a random voltage generator, with speed controlled by the Range knob. The unit employs silent, soft-touch relay-based switching with true bypass to maintain signal integrity when the effect is disengaged. A dedicated expression pedal input (EXP jack) provides assignable control over parameters like Range, Resonance, or Filter settings, and these assignments can be saved within any preset. Operation is managed through two clear modes: Live Mode (green LED) uses the physical knob positions, while Preset Mode (red LED) recalls your stored settings, ignoring the physical controls. This pedal is particularly well-suited for guitarists and bassists exploring funk, psychedelic rock, synth-like textures, or experimental soundscapes. The ability to save multiple presets makes it practical for live performance, enabling quick changes between song-specific sounds. Its robust construction and intuitive layout cater to both studio musicians seeking precise tonal sculpting and performing artists needing reliable, on-the-fly adjustments. The Spatial Delivery V3 integrates seamlessly into any pedalboard setup, offering professional-grade filtering and modulation in a compact, user-friendly format.