Just got an H9! How to re-create a few pedals?

[H13]

YO!

Got a H9Max. DAMN it’s impressive. Aside from the fact that it sounds great, I keep finding neat little features here and there and my head’s swimming.

I’m hoping i can use the H9 to re-create some of my favourite pedals. Has anybody got a guide or a preset they can share which does a good imitation of:

– Boss CE-1
– MXR Phase 90
– Boss BF-2 Flanger
– Boss OC-2

I feel like if I start off in the ball-park of something I’m familiar with, it’ll be a great reference point for me to learn how to configure things from there.

Also, is there a global EQ anywhere?

Cheers!

 

 

[kanelime8]

The post presented me with a wealth of information, allowing me to broaden my horizons.

@basketball stars

[MaryWolverton]

Great to see you’re diving into recreating those classic pedals with the H9! Starting with presets that mimic the Boss CE-1 or MXR Phase 90 is a smart move—these tones provide a solid foundation for understanding modulation effects. If you’re looking for an entertaining way to fine-tune your ear, you might enjoy the Bad Parenting game as it offers insights on sound dynamics. Also, yes, the H9 does have a global EQ option to enhance your experiments!

[Dirtykeys]

Why buy a pedal to mimic others? You get it because it’s unique.

you want pedal “rip offs”, stick with behringers stuff. Unoriginal as can be.

[brock]

Dirtykeys wrote:

Why buy a pedal to mimic others? You get it because it’s unique.

I agree with you, 100%.  The Eventide algorithms are their own thing, and they’ve always been presented as such.  And yet – being so deeply configurable – it’s also possible to emulate many other specific types of processors.  The results might not pass corksniffer inspection.  Close enough, especially for live use, but it does take some deeper diving.

I’ve uploaded many simulations of rack & pedal effects using that approach.  Here is one I put up a few years back that seemed to get a good response.  Geared toward the H90, but essentially two H9 Presets that can be mirrored parameter-for-parameter.

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