reFuse Software Mulligan 2 [WiN]

• Product: Mulligan 2
• Developer: reFuse Software
• Version: 2.0.1
• Requirements: Windows 10 or later
• Source: refusesoftware.com/mulligan2

reFuse Software Mulligan 2 is a standalone MIDI control application designed specifically for Pro Tools, enabling any MIDI controller to function as a hands-on plugin control surface. It translates incoming MIDI data into Pro Tools-compatible commands, allowing direct control over plugin parameters, track functions, and transport. Built as a hardware control bridge rather than a plugin, it is primarily used to replace mouse-driven workflows with tactile mixing and real-time automation control inside Pro Tools sessions.

Key Takeaway

Mulligan 2 is used when clicking through plugin parameters becomes the bottleneck. It shifts control to physical knobs and buttons, making automation and parameter shaping faster and more immediate, especially during mixing where multiple adjustments need to happen at once.

MIDI-to-Pro Tools translation layer instead of a plugin

Mulligan 2 runs as a standalone application that sits between a MIDI controller and Pro Tools. Incoming MIDI data is interpreted and converted into the specific control protocol that Pro Tools responds to.

This approach avoids plugin wrappers or custom formats. Pro Tools recognizes it as a MIDI controller, which keeps compatibility intact with standard AAX plugins.

The result is direct hardware control without modifying the plugin itself or relying on proprietary control surfaces.

Custom plugin mapping with structured parameter pages

Plugin control is organized into mapping pages, each handling a fixed set of parameters. Up to eight parameters are controlled at a time, reflecting the underlying MIDI controller protocol.

Mappings can be customized per plugin, with multiple pages used to group parameters logically—such as separating EQ bands, dynamics sections, or macro controls.

This reduces the friction of navigating large plugins, especially those with dozens of parameters, by structuring control into usable chunks.

Hardware control over plugins, tracks, and transport

Beyond plugin parameters, Mulligan 2 extends control to track-level functions and session navigation. Fader levels, pan, sends, solo, mute, and transport controls can all be assigned to hardware.

Navigation between tracks and parameter pages can also be mapped, allowing a single controller to move across a session without touching the mouse.

This turns a generic MIDI controller into a multi-purpose control surface rather than a single-function device.

Head-Up Display for real-time parameter feedback

A built-in HUD overlays the screen to display the currently controlled parameters and their values. It updates in real time as knobs or buttons are adjusted.

Parameter names can be customized and extended beyond the limitations of traditional controller displays, which often truncate labels.

This removes the need to constantly look between hardware and plugin UI, keeping feedback visible while adjusting controls.

Universal MIDI controller compatibility

Mulligan 2 works with virtually any MIDI controller, without requiring dedicated hardware. Controllers with rotary encoders provide smoother interaction, but standard knobs and buttons are also supported.

Multiple controllers can be used together, each with independent mappings, allowing hybrid setups that combine different hardware layouts.

This flexibility removes dependency on expensive control surfaces and allows setups to be tailored to personal workflow.

Replacing mouse-driven mixing with tactile control

Mulligan 2 shifts plugin interaction away from single-point mouse input into multi-parameter, hands-on control. Adjustments that would normally be done one at a time can be performed simultaneously, making automation passes more fluid and less segmented. Instead of navigating plugin interfaces repeatedly, parameters are grouped into controllable pages, while track and transport functions remain accessible from the same hardware. The overall effect is a workflow that feels closer to using a dedicated control surface, but without being tied to specific hardware.

FAQs