Sample Projects 2.0

Loopy Pro 2.0 includes a number of very helpful sample projects that will help you get up to speed with Loopy Pro. Access them using the Sample Projects tab in the Help menu or from the project browser. Even if you are an experienced user, there will be something for you. The Main Projects provide some helpful starting points and make use of some advanced features. The Tutorial Projects are small projects that demonstrate essential Loopy Pro concepts and provide some useful widgets you may want to use in your own projects.

See also: The MIDI Basics page has resources to help you get up to speed with Loopy Pro 2.0's new MIDI features.

Main Projects

Demo

Introductory demo project (by Dub Fx). A fun phase-locked looper project from Dub FX.

Key features: X-Y Pad controlling a Low-Pass filter. Clip slicer. Reverb on a send/bus, controlled by a slider and throw button. Four one-shots and five loops with which to experiment.

Simple Scenes Example 1

A simple example of scenes using Play Groups. This example uses mutually-exclusive, all loops play together play groups to create scenes. A scene can be triggered by pressing its button or by re-triggering any loop in a scene. Features two independent loops that can play at any time without interfering with the play groups.

Key features: all loops play together play group option, mutually exclusive play groups.

See the project's tutorial widgets for more details.

Simple Scenes Example 2

A simple example of scenes using Solo actions. This scene looks identical to Simple Scenes Example 1 but it behaves differently. Unlike Example 1, the groups are set up so that the clips play independently rather than play/stop together. The groups are also not mutually exclusive as they are in Example 1.

You can trigger a scene with its button, but the clips can play independently. So, you can turn clips off in a scene without stopping the scene, and you can trigger clips from other scenes. If you have turned off any of a scene's clips while the scene was playing, re-triggering the scene will trigger just the clips that were playing.

See the project's tutorial widgets for more details.

5x5 Scenes

A 5x5 grid with scene buttons and a row of independent clips. Each scene row is a mutually exclusive play group that is set to let the clips play independently. You can turn clips on and off in a scene. Retriggering a scene plays just the clips that were last playing in the scene. The purple clips at the bottom are unaffected by scene playback. The Scene buttons use the Solo/Un-Solo action targeted that the row's play group.

LP 707

Inkie's RC-505-style template with extended functionality. This is a five-track looper reminiscent of the RC-505 with integrated effects (via 3rd Party AUv3). The project has an on-screen tour. Inkie has created a video tutorial that explains it all.

The template makes use of some 3rd-party plugins. You can substitute your own effects if you wish.

• BLEASS Sample Wiz 2
• Sugar Bytes' Turnado
• Caelum Audio's Flux Pro

Verse-Chorus Looper

Get the Dec 2025 updated version here.

A 4-pedal Verse-Chorus looper, inspired by the VL3. This looper features mutually exclusive verse and chorus loops and an independent groove clip. This project makes use of follow actions (more on that below). This is a good starter project for building serial loopers. The project also features a fun trick for using a two-pedal combination to clear the project.

Key features: When a clip is playing, queuing playback or record of the other clip lets the current clip complete its cycle. If a groove clip has been recorded, verse and chorus recording is quantized to multiples of the groove length. Retrospective recording button.

Designed as a pedal looper with 4-switch operation. Pedal 1 - verse. Pedal 2 - chorus. Pedal 3 - groove. Pedal 4 - mode switch.

In record mode:

• Pedal tap toggles between play and overdub when a clip is playing. Plays the clip if it is stopped.
• Double-tap stops the clip at the end of its cycle)
• Hold clears the clip

In play mode:

• Pedal tap toggles between play and stop. Plays the clip if it is stopped.
• Double-tap immediate overdub switch.
• Hold clears the clip

The project is pre-configured with the MIDI CCs used by the iRig Blueboard or the M-Vave Chocolate in Manufacturer Control mode: MIDI CC's 20-23 for buttons 1 through 4.

To add more mutually exclusive clips, use the following steps so that new clips will have the follow actions needed for well-behaved serial looping.

• Copy the verse clip
• Paste the copied clip
• Add the clip to play group 1 (the only play group)

How It Works

There are a few settings worth knowing about if you want to get the same behavior in your own projects. Because we want to support verses and choruses that are different lengths, phase-lock is turned off. For slightly complicated reasons, we use Master for the play/stop quantization setting rather than Loop. When the verse and chorus loops play, they set the master cycle length to their length. The result is that they behave as if loop play quantization is on.

Follow Actions. The verse clip has play follow actions: Copy Master Length from This Clip and Phase Align Clock. On Clear Clip, the master cycle length is set to the groove clip length. The chorus clip has Begin Initial Record follow actions: Copy Master Length from Groove (which ensures that the chorus is a multiple of the groove clip), Phase Align Clock. Its play follow actions are the same as the verse clip's: Copy Master Length from This Clip and Phase Align Clock.

Copy Master/Phase Align Clock. These two actions are used together to ensure that the clips and the master clock are the same length and lined up. This makes it possible to use actions like quantized retrospective recording that require alignment with the master clock and ensures that play and stop start and stop in synch with the master clock.

The project assumes that the groove clip is recorded first and the verse is recorded next. With slight modifications of the project, it would be possible to record the clips in any order.

MIDI Showcase

A showcase of Loopy Pro 2.0's new MIDI capabilities. This project introduces some of Loopy Pro 2.0's new MIDI system.

Key features:

• MIDI Looping
• Using MIDI to polyphonically play audio one-shots and loops
• Playing/recording MIDI from widgets with Send MIDI Actions
• Using MIDI loops to record and play back effect parameter automation
• Loopy's new onscreen keyboard widget

Simple 4 Track Looper

Adam Searan - A Chewie Monsta-inspired simple 4-track looper. An easy-to-use 4-track looper with phase-locked loops.

Adam has posted a few helpful videos to go with the project

• Adam's YouTube template walkthrough/explainer.
• Performance example and overview. Skip straight to the performance by clicking here

Inby's 2.0 Template

From Inby. This is a great template for exploring some of Loopy Pro 2.0's new features and some great features you may want to incorporate into your own projects. Check out the YouTube guide for this template.

Tutorials

These projects explain demonstrate key Loopy Pro concepts. A little bit of time spent with these lessons will increase your productivity immensely.

Master Clock Length

The Master Clock Length is often used to start and stop recording. Explore this project to experiment with master clock.

See also: The Simple Looper tutorial shows the master cycle in action and shows how you might use it in real life.

Phase-Locked vs Free Loops

A demonstration of Phase Locked and Free clips. This is one of the key concepts in Loop Pro. Phase-locked loops have an always moving playhead even when the loop isn't playing, making it easy to drop in and out of loops while staying in sync. Free loops always start from the beginning when you start them playing -- perfect when working with loops and song sections of different lengths.

See also: Phase-Lock and Free Loops

Record Count-in and Out

Record count-in and count-out settings determine the length of clips and when recording starts. Loopy is flexible in how you can set it up. Recording can be tied to the master cycle or use a fixed custom length. Clips can automatically record a set length or record until you trigger the stop.

Other key features: The project makes use of the new Assign Settings action that lets you change the settings used by a clip, a color or all clips.

Simple MIDI Example - Loopy Pro as polyphonic sampler

This project demonstrates how Loopy Pro can be a polyphonic, MPE-capable sampler by targeting clips as MIDI targets. In this project, an audio clip is set as a destination of a MIDI color in the mixer. Sending MIDI to the color or playing a MIDI clip plays the audio clip polyphonically.

Simple MIDI Example 2

A simple example of a MIDI clip driving an AUv3 instrument.

MIDI Switcher Example

This project demonstrates how to use the Enable/Disable MIDI Destination action which is an essential tool for realtime MIDI routing -- allowing you to switch your MIDI controller targets on-the-fly.

MIDI Clip Automation Example

This project has an XY-Pad set up to control the cutoff and Q parameters of a low-pass filter. The XY-Pad sends MIDI messages to the Blue MIDI color to be recorddd. When the blue clip plays, it re-triggers the XY-Pad with the recorded automation.

How it works

This project demonstrates the best-practices for setting up MIDI CC automation recording and playback. The main elements are:

• A widget: A widget (the XY pad) that performs actions (in this case adjust a filter) and sends MIDI messages to a MIDI Color. In most cases, MIDI Through should be turned off in the widget's Send MIDI action.
• Clip(s): A MIDI clip or clips whose color matches the widget's Send MIDI action. The automation will be recorded in these clips.
• Bindings: MIDI bindings in a project profile that mirror the widget's bindings. Typically, the MIDI bindings will retrigger the widget that sent the automation MIDI.

Element Setup

XY-Pad Action Setup	Send MIDI Message setting	The MIDI Bindings from the Blue color back to the widget

Send MIDI Message. The widget's Send MIDI Message action should generally have the Monitor Through option turned off to prevent MIDI feedback and redundant MIDI events. The Takeover option should generally be turned on. It allows you to use the widget during playback and have the interaction take over from the automation. Turning Takeover off can be fun, too -- allowing you to fight with the automation for stuttering effects.

The MIDI Bindings. The MIDI bindings can be set up to retrigger the widget that sent the MIDI or to perform the same actions performed by the widget. Generally, the first method is simplest.

CircleSongs Tutorial

Jonas Viatte - A vocal live-looping tutorial