✅ Diamond makes some of the best delay pedals out there! This one has 4 algorithms and sounds incredible.

✅ Physically, it is in good shape (except for a few normal blemishes, see pics).

⚠️ However, due to its age, the bypass footswitch does not always engage, but I wiggle it a bit then it works and sounds great. I believe the bypass footswitch on the pedal is somewhat worn, that is why it is listed at this price. This a great deal for someone who uses a loop switcher, doesn’t mind a finnicky footswitch, leaves their delay pedals on all/most of the time, and/or wants to do footswitch replacement.

✅ The pedal will be bubble wrapped and ship promptly and securely.

✅ I believe SolidGold Fx/Diamond will replace the footswitches for free, but you would have to cover the shipping fee.

This pedal is highly regarded for its dual-circuit architecture, which blends a digital sampling engine for precise timing with an analog signal path for warm, organic repeats.

Key Features & Architecture

• Hybrid Circuitry: It combines the timing precision of digital delay with analog compandering, anti-aliasing filters, and an analog feedback path to give repeats a natural, tape-like decay.
• Control Layout: Features standard knobs for Delay, Modulation, Feedback, and Mix, along with a dedicated tap-tempo switch and rhythm subdivision selection.
• Visual Mode Indicator: A multi-colored LED changes color to show which of its four unique processing modes is active.
• The pedal is built around four specialized delay algorithms:

1. Vintage: Delivers warm, saturated repeats designed to mimic classic analog bucket-brigade (BBD) delay units.
2. Galloping Eighth: Explicitly tailored to create rhythmic, multi-tap patterns—frequently used to achieve the iconic "dotted-eighth" delay style popularized by guitarists like The Edge.
3. Ambient: Tailored for lush, layered soundscapes. This mode trades absolute delay time (capping out at around 300ms) for denser, more complex repeats.
4. Extra Faux Tape: Implements a dedicated modulation scheme to simulate the subtle pitch warble, flutter, and saturation of a mechanical tape echo.