FivePD: How To Add Custom Callouts

This guide covers legacy compiled FivePD callouts. It is based on a source inspection, not a test of every available pack. Start with a working test server and the instructions for the exact package you intend to install. See the version and source notes before treating an old guide as current API documentation.

Prerequisites

You need a working FivePD installation, permission to manage its files, a recoverable backup and a callout release that identifies the FivePD/API version it supports. Record the package source and any dependencies. A GitHub source-code ZIP may not contain a ready-to-load compiled release.

1. Understanding FivePD Callouts

Legacy callouts commonly use compiled .NET assemblies, with filenames such as ExampleCallout.net.dll. A callout assembly is not automatically a standalone FiveM resource. Do not invent an fxmanifest.lua or an ensure line for a DLL that the FivePD package loads internally.

The inspected legacy distribution contains callout assemblies. That demonstrates the layout of this mirror, not its authenticity, authorization or current runtime compatibility.

2. Finding Custom Callouts

Prefer the author’s documented release page. Check the target FivePD version, build instructions, required assets and license before downloading. Do not assume that all packs are free or actively maintained.

The download-information page labels external project links and local legacy mirrors separately. The older callout-pack article is a catalog reference, not certification that its archive is safe or compatible.

3. Installing Custom Callouts

Step 1: Locate the Callout File

Read the author’s installation instructions before extracting files. Identify the compiled assembly and any accompanying configuration, dependencies or assets. Keep the original filenames unless the author explicitly requires a change. Do not overwrite FivePD core assemblies with unrelated versions supplied by another pack.

Step 2: Upload the Callout File

For the inspected layout, the callout directory is under the FivePD resource:

resources/
└── fivepd/
    ├── config.json
    ├── config/
    │   └── callouts.json
    └── callouts/
        └── ExampleCallout.net.dll

ExampleCallout.net.dll is a placeholder filename, not a download supplied by this site. A server may also group the resource under a bracketed category directory. Preserve the layout required by the selected FivePD package and put accompanying files where the callout author specifies; not every dependency belongs in callouts/.

Step 3: Review the FivePD Configuration

The inspected config/callouts.json contains these observed settings:

{
  "minCallTimeout": 30,
  "maxCallTimeout": 180,
  "expirationTime": 30,
  "probability": 65,
  "enableAmbientEvents": true
}

This is a snapshot of that file, not a recommended replacement configuration. Preserve your existing values and confirm their meaning against the matching package documentation before changing them. The earlier version of this article incorrectly suggested adding a namespace-registration list. The inspected schema provides no basis for that instruction.

A callout may have a separate author-defined configuration. Edit only documented fields, preserve unrelated settings and validate JSON syntax after each change.

Step 4: Reload in a Test Session

Schedule changes away from active players. The documented FXServer command below restarts the named resource, not the entire server:

restart fivepd

See the Cfx.re command reference. Follow the package’s instructions where a full server restart is required. Do not assume a resource restart safely reloads every assembly or leaves an active multiplayer scene intact.

4. Testing the Callouts

Check both server output and the FiveM client’s F8 console for the first loading error. Go on duty using the controls configured by the server. Confirm whether the callout loads, becomes eligible and completes without errors.

Only use a manual test command or menu entry when it is documented by the installed version or pack. This guide does not invent a universal force-callout command. Repeat the test with another player when the scenario supports shared interactions.

5. Troubleshooting Common Issues

Problem 1: Callout Not Appearing

Establish whether the assembly loaded at all. Check the documented folder layout, target API version, dependencies and eligibility conditions. A callout that loads but is not selected is a different problem from one that throws a loading exception. Do not add undocumented JSON keys to solve either case.

Problem 2: Server or Client Crashes

Remove the newly added pack from the test instance and reproduce the previously working baseline. Save the first relevant exception and versions. Do not install random replacement DLLs or disable security settings merely because a forum reply calls them a fix.

Problem 3: Missing Assets

Compare the pack’s dependency list with the installed resources. Check model names, required maps and the correct paths for supporting files. Add only the dependencies the author documents, one change at a time.

For a wider diagnostic workflow, see callouts not working.

6. Creating Your Own Callouts (Optional)

Step 1: Set Up Your Development Environment

Use the compiler target and SDK references documented for the exact legacy FivePD/API release you support. The existence of a current .NET SDK does not make its default target compatible with an older FiveM runtime. A wallpaper page is not an API download source.

Step 2: Write the Callout Script

Start from an author-provided example for that API version and confirm the base class, method signatures and required references. This article does not provide an uncompiled pseudo-example as production-ready code. Keep a minimal scenario until spawning, cleanup and multiplayer behavior are tested.

Step 3: Compile the Callout

Build using the matching references, resolve compiler warnings and errors, and document the exact target version. Distribute only files that the relevant licenses allow you to distribute. Do not bundle the FivePD core as if a reference assembly grants redistribution permission.

Step 4: Add and Test

Use the installation and acceptance workflow above on a separate server. Record both successful tests and known limitations; do not label a pack universally compatible based on compilation alone.

Conclusion

Install one documented, version-matched pack at a time. Preserve the original configuration, separate loading failures from scenario selection and keep a rollback. For base-server setup, return to the legacy installation guide.