Dimensions
12 HP
Current Draw
150 mA +12V
15 mA -12V
? mA 5V
Price
$249 Price in €

This Module is currently available.

Reverb Feedback Delay

Otterley is a rich dual reverb, but with simple operations.

It includes two engines, reverb one, controlled by just a knob but with rich and atmospheric flavor , and reverb two, a reverse reverb with several associated parameters.

Despite its complexity, operation is quite simple, no menus, no switches, no hidden functions.

Description of controls:

● Reverb 1 :one knob level and size control for first engine, as level increases also does size and modulation complexity for this lush component.

● Reverb 2 : reverse reverb engine blend control , from dry to full wet.

● Feedback : regeneration for Reverb 2 , from zero to almost self oscillation.

● Delay: time and size for reverse component, from almost immediate to dry signal to quasi reverse delay character , for reverb 2

● Grain : density for reverb 2 , from identifiable reverb grains to blurred sound strokes at maximum.

● Pitch : relative pitch for reverb two, unison at center , two octaves up at maximum and two octaves low at minimum , if used in conjunction with feedback can provide spiral up or spiral down effects, as each recirculation will get pitch transposed again.

Eurorack version connectors:

● In L , InR -stereo input

● Back : CV control for feedback parameter, 0 to 3,3V , protected

● Out L out R

● Reverb 1 : CV control for reverb1 parameter, 0 to 3.3v , protected

● Reverb 2 : CV control for reverb2 parameter, 0 to 3.3v , protected

  • 12hp

http://www.boutiquepedalnyc.us/maneco-labs-otterley-reverb-eurorack/


Ø 5.00 (2 Votes) Average Rating
submitted May 5th 2021, 04:16 by TheSynth | last Change Jun 5th 2023, 12:45 by deepjimi

2 Users are observing this

Affiliate Disclosure
This page contains affiliate links from eBay, Reverb.com and other partners for which ModularGrid may be compensated.

USA

NoisebugDetroit ModularThree Wave MusicPerfect Circuit

These merchants probably sell this module. Huh?