Discover Expansive Modulation TonesThe EarthQuaker Devices Aurelius is a tri-voice chorus pedal that puts three classic modulation flavors at your feet. From traditional chorus and deep vibrato to immersive rotary speaker emulation, Aurelius draws inspiration from vintage sound icons like the 1970s CE-1 Chorus Ensemble and legendary Leslie speaker cabinets. Adjustable Width, Rate, and Balance controls let you shape everything from subtle shimmer to rich, swirling soundscapes. Save Sounds You Love With EaseOnboard flexibility is a standout feature of Aurelius. Six user-programmable preset slots mean you can dial in tones you love and recall them instantly mid-set or in the studio. A dedicated Save/Recall switch lets you toggle between live control and preset playback, and intuitive LED feedback keeps you informed of pedal mode at a glance. Whether you’re shaping studio sounds or hopping between sounds onstage, Aurelius keeps pace. Play With Expression and PrecisionTake control to the next level with TRS expression pedal support — assign it to any parameter like Width, Rate, or Balance for real-time modulation manipulation. Built with EarthQuaker’s signature Flexi-Switch® technology and true bypass routing, Aurelius offers silent switching and pristine tone preservation. Compact yet powerful, this pedal is hand-crafted for musicians seeking expressive chorus and modulation versatility. Specifications Effect Type: Tri-Voice Chorus / Vibrato / Rotary Modulation Modes: Vibrato Mode, Chorus Mode, Rotary Chorus Mode Controls: Width, Rate, Balance Preset Slots: 6 User-Programmable Expression Control: TRS expression pedal or CV input (0–3.3V) Operating Modes: Live Mode & Preset Mode Switching: True bypass with Flexi-Switch® Technology (Latching & Momentary) Input Impedance: 500 kΩ Output Impedance: 100 Ω Current Draw: 75 mA Power: 9V DC center negative (power supply not included) Dimensions: 4.75 x 2.50 x 2.25 in (121 x 64 x 57 mm) with knobs Wiring (Expression/TRS): Tip: Wiper, Ring: 3.3V, Sleeve: Ground Build: Hand-crafted in Akron, Ohio, USA
