Walrus Audio Fundamental Series Reverb
Item No
64202
- Digital Reverb that provides core sounds of ambient effects
- From ambient hall to analog spring emulation to bright plate emulation.
- Change between 3 distinct reverb algorithms
- Hall: large sounds of an acoustic hall, long decay times, diffused and spacious sound
- Spring: emulates bouncy twang of spring reverb, commonly found in tube amps.
- Plate: Emulates a smooth analog plate reverb, offering a denser, more focused reverberation of the signal.
- Parameters: Decay, Feedback, Mix
- Adjustable trails mode
- Simplified controls to make it easy for newer pedal users to dial in precise and emotional sounds
- Textured black finish with teal and off white ink
- Diecast enclousre size: 11.43 x 6.1 x 5.8 cm
- Power requirement: 9V DC 100mA
- The use of an isolated power supply is recommended
- Power Supply not included
- Designed and assembled at Walrus Audio HQ in OKC, USA.
-
Reverb
-
-
9VDC 100mA (center negative)
-
-
320 Gr.
-
-
Made in the usa
Description
The Fundamental Reverb provides you with the core sounds of ambient effects. With three reverb algorithms, you can go from an ambient hall to an analog spring emulation, as well as a bright plate emulation.
Decay controls the amount of reverb decay time. Left is the minimum and right is the maximum amount of time.
Feedback slider sets the amount of wet reverberated signal that is fed back into the signal.
Mix slider sets the mix of the effect and the original clean signal. All the way to the left outputs only the fully clean signal, and all the way to the right outputs only the affected Reverb signal.
The slide switch allows you to change between three distinct reverb algorithms:
For the Fundamental Series, the team at Walrus Audio challenged themselves to design a set of pedals with the tonal integrity that’s required to live on a professional’s pedalboard, but with simplified controls friendly enough for even the newest effect pedal users. Each Fundamental pedal has three sliders for tweaking the sound and a three-way switch for changing pedal modes. The result is a line of pedals that will keep you covered from your first band practice all the way to a sold-out arena. Designed and assembled at Walrus Audio headquarters in Oklahoma City, USA.
***Check our DOWNLOADS section below for more info.***
Decay controls the amount of reverb decay time. Left is the minimum and right is the maximum amount of time.
Feedback slider sets the amount of wet reverberated signal that is fed back into the signal.
Mix slider sets the mix of the effect and the original clean signal. All the way to the left outputs only the fully clean signal, and all the way to the right outputs only the affected Reverb signal.
The slide switch allows you to change between three distinct reverb algorithms:
- Hall: Emulates the large sounds of an acoustic hall, characterized by long decay times and a more diffused and spacious sound.
- Spring: Emulates the bouncy twang of the spring reverb commonly found in tube amps.
- Plate: Emulates a smooth analog plate reverb, offering a denser, more focused reverberation of the signal.
For the Fundamental Series, the team at Walrus Audio challenged themselves to design a set of pedals with the tonal integrity that’s required to live on a professional’s pedalboard, but with simplified controls friendly enough for even the newest effect pedal users. Each Fundamental pedal has three sliders for tweaking the sound and a three-way switch for changing pedal modes. The result is a line of pedals that will keep you covered from your first band practice all the way to a sold-out arena. Designed and assembled at Walrus Audio headquarters in Oklahoma City, USA.
***Check our DOWNLOADS section below for more info.***
Specifications
Item Category Code | WALRUS AUDIO |
Type | REVERB |
Vendor Item No. | 900-1078 |
Product Group | WALRFUND |
Net Weight | 0.23 |
Gross Weight | 0.32 |
Country/Region of Origin Code | US |
Tariff No. | 9209940000 |
EAN Code | 0810424034945 |
Downloads
![Loading](/content/files/icons/progress-indicator.gif)
Loading