

Mesa Boogie Badlander 50 - Crunch Channel - 11.5dBu
Amp Head Capture
NAM

outmodedelectronics
6 days ago
Description
These are amp captures of the Crunch channel of a Mesa Boogie Badlander 50 1x12 combo. The amp was set on Bold mode for all captures. Speaker simulation (IRs) will be required. The internal speaker is a Celestion Creamback G12M65. Celestion Vintage 30s are typically paired with the Badlander line. Settings are in the file name in the following format: (G)ain (T)reble (M)iddle (B)ass (P)resence (M)aster I approximated the settings from 0-10. Standard and xSTD architectures are provided. All captures trained at 1000 Epochs. 8 tone settings x 4 gain settings x 2 architectures = 64 captures 8/13/25 - added gain level at 6 Steinberg UR824 Line Out - DIYRE Line2Amp at 11.5dBu Mesa Boogie Badlander 50 1x12 Combo Suhr Reactive Load on Badlander Speaker Out Steinberg UR824 In at 11.5dBu Input calibration metadata for 11.5dBu was filled in during training.
Makes and Models
Mesa Boogie Badlander 50Preview
Models
Each model captures the gear at specific settings.
ESR: 0.0017
Epochs: 1000
Sweep Signal
Standard
Captured on
ESR: 0.0016
Epochs: 1000
Sweep Signal
Standard
Captured on
ESR: 0.0017
Epochs: 1000
Sweep Signal
Standard
Captured on
ESR: 0.0017
Epochs: 1000
Sweep Signal
Standard
Captured on
ESR: 0.0017
Epochs: 1000
Sweep Signal
Standard
Captured on
ESR: 0.0015
Epochs: 1000
Sweep Signal
Standard
Captured on
ESR: 0.0021
Epochs: 1000
Sweep Signal
Standard
Captured on
ESR: 0.0018
Epochs: 1000
Sweep Signal
Standard
Captured on
Custom
Custom
Custom
Custom
Custom
Custom
Custom
Custom
Standard
Custom
Standard
Custom
Standard
Custom
Standard
Custom
Standard
Custom
Custom
Standard
Custom
Standard
Custom
Standard
Standard
Custom
Standard
Custom
Standard
Custom
Standard
Custom
Standard
Custom
Standard
Custom
Standard
Custom
Standard
Custom
Standard
Custom
Standard
Custom
Standard
Custom
Standard
Custom
Standard
Custom
Standard
Custom
Standard
Custom
Standard
Custom
License: T3K
Users may download and use the data file in software and publish the resulting outputs without royalties or restrictions. However, they may not upload, republish, or distribute the data file without the author's permission.