EVERY TONAL AND EMOTIONAL DETAIL CAPTURED

The THU MotH 800 head has two input channels. The first channel offers lower gain and enhanced low-end response, while the second provides higher gain, tighter bass, and a noticeable boost in the treble range.

The original amplifier is incredibly powerful—capable of driving a full stack of two 4x12" cabinets at full volume. It delivers a bright tone with plenty of presence and a medium-to-high gain range. When paired with an overdrive pedal such as a TS9, it produces an exceptionally open, articulate, and powerful rock tone.

Phil's stack included two cabinets which are both emulated in the THU MotH pack. A slanted 4x12 800 Bass 1935 series and a straight 4x12 800 Lead series, both equipped with Celestion* G12M 65W creamback speakers. They have been captured with 18 microphones with high resolution nonlinear IRs; thanks to Overloud Fluid Convolution you can place up to 4 microhpnes in the 3D space around the cab and blend them with custom IRs. The ReSPiRe option adds the feeling of standing nearby the cabinet.

WHAT IS OVERLOUD FLUID CAPTURING?

Also called "schematic-assisted capturing", Overloud’s Fluid Capturing is an innovative amp simulation process that combines the advantages of both the modelling and capturing techniques.
An amp capture is a super realistic but static “picture” of the amp sampled with a particular knob setting and operating level. A single capture cannot replicate the amp tone at all the knob settings.
Instead, a modelled amp reacts like the original, at all dynamic ranges and knob positions. However tone may not 100% match a particular sample, due to component tolerances, tube conditions, servicing history and customizations.
With Fluid Capturing, we both model the amp and sample it with lot of different settings. Putting together these data allows us to create a digital model which is flexible like a modeled amp and realistic like a captured amp.