Uploaded June 2020 | Updated September 2026, 8 hours ago
Personally, I like the fuzz pedals either way but if I had to choose I'd say fuzz into the dirty amp is nearly a religious experience!
Chapters:
0:00 Intro
0:20 Fuzzface into clean amp
0:42 Pelitaur into clean amp
1:01 Scarab by Basic Audio into clean amp
1:20 Changing Bias for glitchy fuzz
1:47 Fuzztration into clean amp
2:24 Octave Fuzz on Fuzztration into clean amp
2:35 Velvet Fuzz into clean amp
3:06 Fuzz pedals are like their own instrument, sort of
5:12 Using a Fuzz Face to get chimey or light drive tones
6:23 Fuzz Pedals and Buffers part 1
7:30 Do all fuzzes clean up nicely?
9:12 Fuzz Pedals and Buffers part 2
10:24 Using fuzz pedals with cranked (dirty) amps
10:57 Fuzz Face into cranked (dirty) amp
12:33 Scarab Fuzz into cranked (dirty) amp
13:09 Pelitaur into cranked (dirty) amp
13:43 Velvet Fuzz into cranked (dirty) amp
14:25 Fuzztration into cranked (dirty) amp
Comment below: Do you like fuzz pedals? If yes, what’s your current favorite?
If no, which ones have you tried?
My DIY Pedal books available here:
modyourownpedal.com/collections/books
Personally, I like the fuzz pedals either way but if I had to choose I'd say fuzz into the dirty amp is nearly a religious experience!
Chapters:
0:00 Intro
0:20 Fuzzface into clean amp
0:42 Pelitaur into clean amp
1:01 Scarab by Basic Audio into clean amp
1:20 Changing Bias for glitchy fuzz
1:47 Fuzztration into clean amp
2:24 Octave Fuzz on Fuzztration into clean amp
2:35 Velvet Fuzz into clean amp
3:06 Fuzz pedals are like their own instrument, sort of
5:12 Using a Fuzz Face to get chimey or light drive tones
6:23 Fuzz Pedals and Buffers part 1
7:30 Do all fuzzes clean up nicely?
9:12 Fuzz Pedals and Buffers part 2
10:24 Using fuzz pedals with cranked (dirty) amps
10:57 Fuzz Face into cranked (dirty) amp
12:33 Scarab Fuzz into cranked (dirty) amp
13:09 Pelitaur into cranked (dirty) amp
13:43 Velvet Fuzz into cranked (dirty) amp
14:25 Fuzztration into cranked (dirty) amp
Comment below: Do you like fuzz pedals? If yes, what’s your current favorite?
If no, which ones have you tried?
My DIY Pedal books available here:
modyourownpedal.com/collections/books








![Is this the future of amp modeling?
Links:
✅ Wampler Guitar Pedal Courses Now Available! 🎸🎛️
https://www.guitarpedalcourse.com/
GuitarML
Download profiles: https://guitarml.com/tonelibrary/tonelib-pro.html
Facebook group:
https://www.facebook.com/groups/674031436584335/
Website and download link:
https://guitarml.com/
NAM:
Download NAM plugin:
https://github.com/sdatkinson/NeuralAmpModelerPlugin/releases/tag/v0.7.1
Download Profiles
https://www.facebook.com/groups/5669559883092788/files/files
https://tonehunt.org/
https://github.com/pelennor2170/NAM_models
https://drive.google.com/drive/folders/1nyO0D-2hREpq5lOtBRWwkRhpxe1m9enp
Facebook group:
https://www.facebook.com/groups/5669559883092788
Download link:
https://github.com/sdatkinson/NeuralAmpModelerPlugin/releases/tag/v0.7.1
STEP BY STEP INSTRUCTIONS, COURTESY OF JASON ZDORA (see his video here: https://www.youtube.com/watch?v=lrvuODtk9W0 )
NAM Colab page with Easy Mode script already loaded and ready to go:
https://colab.research.google.com/github/sdatkinson/neural-amp-modeler/blob/main/bin/train/easy_colab.ipynb
Training .wav file: https://drive.google.com/file/d/1v2xFXeQ9W2Ks05XrqsMCs2viQcKPAwBk/view
Profile loader VST3/AU: https://github.com/sdatkinson/NeuralAmpModelerPlugin/releases (download the installer)
Jason Zdoras video on how to profile with NAM:
https://www.youtube.com/watch?v=lrvuODtk9W0
Step by step how to use NAM Easy Mode
1- Download the V1_1_1.wav here: https://drive.google.com/file/d/1v2xFXeQ9W2Ks05XrqsMCs2viQcKPAwBk/view
2- Play that audio file through your amp rig and record the output. Amp only! No Cabinet, unless you are wanting to use the entire signal chain including mics, which eliminates using IR’s for the most part for cab modeling)
3- Export your recorded wav file as 24bit 48khz, IN MONO, and name it output.wav
4- Make sure your output.wav is EXACTLY the same size as V1.wav (this has to be sample-perfect or it wont work)
5- Go to the Google Colab website https://colab.research.google.com/github/sdatkinson/neural-amp-modeler/blob/main/bin/train/easy_colab.ipynb
6- Click on the folder icon (left side of screen under the spyglass and the {x} icons)
7- Drag and drop your audio files (V1.wav and output.wav) into the blank area at that opens up when you click on the folder icon
8- Scroll down to Step 2: Installation and click on the [ ] inside the darker box inside of the Step 2 area. Should see a bunch of script stuff fill the page. Scroll down.
9- Underneath Step 3: Train! find the 2nd darker box. If you want to increase the epochs, find where it says run(epochs=100) and type in whatever you want. run(epochs=1000) is great but remember that it takes about 8 seconds per-epoch so plan accordingly.
10- Click on the [ ] inside of Step 3 to begin running the training. If you see a red play button, find the error message below and report it on the user group. If its running correctly, you will see a loading bar filling up over and over with an Epoch number in front of it.
11- When its done, you will see a new folder in the folder section called exported_models. Open up the sub-folder that has 6 different files in it. Right-click and download config.json and weights.npy. Its a good idea to put them both inside a folder on your computer and name that folder after the hardware you modeled and the date you made the model or other details (easier reference if you make multiple versions).
12- Download the NeuralAmpModeler.vst3/AU using the installer and put it in your VST3 folder or if on a mac the AU will install where it needs to: https://github.com/sdatkinson/NeuralAmpModelerPlugin/releases
13- Start up your DAW and load up NAM Snapshot (folder is called Steve Atkinson in your VST3/AU finder).
14- Click the Choose Model button on the GUI and find the folder with your config.json and weights.npy files (the newest version of NAM just saves as “model.nam” which is the file you load into your plugin)
15- Add an IR after the NAM Snapshot plugin
16- Enjoy If you want to adjust the epochs or the number of channels run(epochs=X, stage_1_channels=Y) Where: X = 100 for quick and decently accurate X = 1000 for slow and very accurate Y = 12 for lightweight VST3 CPU cost but less articulate Y = 16 for typical kinda heavy CPU cost (this is the default) Y = 20 for very heavy CPU cost but more articulate Is this the future of amp modeling?](https://i.ytimg.com/vi/SbZYxtVoFrg/mqdefault.jpg)

