HeadRush Revalver Suite v5.1.2 [WiN]

• Product: Revalver Suite
• Developer: HeadRush
• Version: 5.1.2
• Format: Standalone, VST, VST3, AAX
• Requirements: Windows 10 or later
• Source: revalver.headrushfx.com

HeadRush ReValver 5.1 is an amp simulation and guitar processing plugin built around component-level modeling and advanced audio cloning technology. It combines detailed amp, cabinet, and effects modeling with ACT Gen II cloning, allowing users to capture, modify, and morph real gear behavior inside a DAW. Designed for guitar and bass production, it covers everything from traditional amp simulation to fully customizable signal chains and cloned rigs, making it a complete tone-building environment for recording and sound design.

Key Takeaway

This is not just an amp sim—it’s a tone construction system. It handles standard amp modeling well, but its real value comes from cloning, deep editing, and flexible routing, especially when you need to build or reshape guitar tones beyond preset-based workflows.

Component-level amp modeling extending beyond static amp simulations

The core modeling engine operates at a circuit/component level rather than relying on simplified behavioral models. Each amp responds dynamically depending on input, gain staging, and interaction between virtual components.

This results in a response that changes with playing intensity instead of staying fixed. Clean tones break up gradually, and high-gain settings retain articulation instead of compressing into a flat distortion layer.

ACT Gen II cloning capturing amps, cabs, and even instrument characteristics

The ACT (Audio Cloning Technology) system allows capturing not just amp tones, but also cabinets, pedals, and even instrument tonal characteristics.

This expands the plugin beyond modeling into replication. A recorded signal can be reshaped to behave like a different guitar, pickup configuration, or full rig, making it useful for re-amping or transforming existing recordings without re-tracking.

SuperClone morphing between multiple captured tones in real time

SuperClones combine multiple captured rigs into a single controllable structure, allowing smooth morphing between them with a single parameter.

Instead of switching presets, tone transitions can be continuous. This becomes especially useful for automation, evolving textures, or blending tonal characteristics that wouldn’t normally coexist in a single amp setup.

Schematic-level editing enabling deep circuit manipulation

Amps inside ReValver can be edited down to schematic level, exposing internal circuit elements rather than limiting adjustments to front-panel controls.

This changes the scope of sound design. Instead of choosing between amp models, the internal structure itself can be altered, allowing creation of hybrid behaviors that don’t exist in physical hardware.

RIR2 cabinet module with mic positioning and IR integration

The cabinet section uses the RIR2 module, which includes detailed microphone selection, placement, and environmental control, along with support for third-party impulse responses.

This allows precise shaping of spatial and tonal characteristics. Mic distance and position adjustments directly affect presence, depth, and low-end response, making cab modeling behave more like a real recording setup than a static IR loader.

Modular signal chain with split routing and plugin hosting

The signal chain supports flexible routing, including split paths that are always available without rebuilding the structure.

Additionally, third-party plugin hosting inside ReValver extends processing beyond its internal modules. This turns it into a hybrid environment where amp modeling and external processing coexist in a single chain.

When amp modeling becomes a buildable system instead of a preset library

ReValver 5.1 moves away from preset-driven workflows and toward construction. Tones are assembled, modified, and reshaped at multiple levels—from instrument behavior to circuit structure to cabinet space.

This makes it less immediate than simpler amp sims, but significantly more flexible when building unique tones or replicating specific rigs across different contexts.

FAQs