This is the NUX Reissue Analog Delay Pedal from NUX, listed in Delay Pedals on Just Pedals. Read More below.
As an affiliate partner, we may earn a small commission when you buy through our links — at no extra cost to you.
The Nux Analogue Delay pedal from the Reissue Series has a 100% analogue circuit with 3205 and 3102 BBD chips.
It gives you the warm sounding analogue delay effect from the 80's. Experiment with the effect by turning up the repeat and tweaking the Delay Time knob!
Nux pedals are known for delivering impressive sound quality and innovation at great value, making them a favourite among guitarists of all levels. Their range covers everything from warm analogue overdrives and dynamic delays to powerful multi-effects units packed with digital precision. Nux often blends modern tech like impulse responses and Bluetooth control with classic tones, offering versatility without breaking the bank. Reliable, creative, and constantly evolving, Nux pedals prove you don’t need to spend a fortune to sound fantastic.
Delay records the incoming signal for a chosen interval and repeats it after the original note. Feedback returns repeats to the delay line, while tone, filtering, modulation and saturation determine whether echoes remain clear, darken progressively, wobble like tape or degrade like analogue bucket-brigade circuits. Delay time and rhythmic subdivisions govern the spacing and musical pattern of the repeats.
The signal is shaped by continuously varying electronic circuitry rather than being converted into a digital effect algorithm. Component choice, operating voltage and circuit tolerances influence headroom, noise, clipping texture and the small variations in response between designs.
Can operate from an internal replaceable battery, usually with different available current and running time from an external supply. Battery chemistry, access and automatic disconnection through the input socket affect practical runtime and storage. High-current digital processing generally shortens battery life more sharply than a simple analogue circuit.
