After nearly six years of production, Old Blood have expanded our flagship pedal, the Black Fountain Oil Can Delay. The Black Fountain captures the sound of vintage oil can delay units, which processed the instrument signal through actual oil in order to create warm, modulated repeats unlike anything else. This previously rare and unwieldy sound is now available in the Black Fountain, which features three modes and ample control over the signal.
The Modern mode emulates the classic long delay “oil can” units such as the Morley EDL, Tel-Ray Model 10 and Fender Echo-Reverb. The Time and Repeat controls mimic the functions of the vintage units, while the Fluid control introduces modulation based on the characteristic “wobble” of the electrostatic delay platter. The Vintage mode is similar in function to the Modern mode, but has a grittier and gainier feel to the repeats. Both the Modern and Vintage mode have a delay time of 800 milliseconds.
The Organ Tone mode is based on the Tel-Ray Deluxe Organ Tone, Fender Dimension IV and other short-delay “oil can” units. The vintage units had a fixed delay time of approximately 20 milliseconds, which is implemented here, but the Black Fountain goes above and beyond the original units by incorporating variable Rate and Depth controls for the modulation effect. In addition, the Mix control is capable of dialing a 100% wet signal so a vibrato effect may be produced. The Organ Tone mode also features a simple reverb that mimics the single-spring tank in the original Deluxe Organ Tone effect. The Organ Tone mode has a delay time of 211 milliseconds.
After nearly six years of production, Old Blood have expanded our flagship pedal, the Black Fountain Oil Can Delay. The Black Fountain captures the sound of vintage oil can delay units, which processed the instrument signal through actual oil in order to create warm, modulated repeats unlike anything else. This previously rare and unwieldy sound is now available in the Black Fountain, which features three modes and ample control over the signal.
9VDC
60 mA