Debian / Ubuntu

Note: Raspberry Pi OS and Raspbian are both flavors of Debian

Easy Install

For the Debian / Ubuntu / Raspbian beginners there isn’t an Apt Repository or Deb package.

If you want an easy life, follow this community provided and maintained Easy Install script for a base Debian (Raspbian / Raspberry Pi OS) / Ubuntu install.

For the official installation instructions that are ‘Hands on’ follow the Debian / Ubuntu Hands on Install steps further below.

Please see the *Arr Community Installation Script

Radarr uses a bundled version of ffprobe for media file analysis and does not require ffprobe or ffmpeg to be installed on the system. If Radarr says Ffprobe is not found this can typically be fixed with a reinstall.

Debian / Ubuntu Hands on Install

You’ll need to install the binaries using the below commands.

The steps below will download Radarr and install it into /opt
Radarr will run under the user radarr and group media; media is the commonly suggested group to run the *Arrs, download clients, and media server under.
Radarr’s configuration files will be stored in /var/lib/radarr

Ensure you have the required prerequisite packages:

sudo apt install curl sqlite3

Warning: Ignoring the below prerequisites will result in a failed installation and non-functional application.

Installation Prerequisites
The below instructions are based on the following prerequisites. Change the instructions as needed to suit your specific needs if necessary.
* The user radarr is created
* The user radarr is part of the group media
* Your download clients and media server run as and are a part of the group media
* Your paths used by your download clients and media server are accessible (read/write) to the group media
* You created the directory /var/lib/radarr and ensured the user radarr has read/write permissions for it for it

By continuing below, you acknowledge that you have read and met the above requirements.

Download the correct binaries for your architecture.
    You can determine your architecture with dpkg --print-architecture
        AMD64 use arch=x64
        ARM, armf, and armh use arch=arm
        ARM64 use arch=arm64

wget –content-disposition ‘http://radarr.servarr.com/v1/update/master/updatefile?os=linux&runtime=netcore&arch=x64’

Uncompress the files:

tar -xvzf Radarr.linux.tar.gz

Move the files to /opt/

sudo mv Radarr /opt/

Note: This assumes you will run as the user radarr and group media. You may change this to fit your usecase. It’s important to choose these correctly to avoid permission issues with your media files. We suggest you keep at least the group name identical between your download client(s) and Radarr.

Ensure ownership of the binary directory.

sudo chown radarr:radarr -R /opt/Radarr

Configure systemd so Radarr can autostart at boot.

The below systemd creation script will use a data directory of /var/lib/radarr. Ensure it exists or modify it as needed. For the default data directory of /home/$USER/.config/Radarr simply remove the -data argument. Note: that $USER is the User Radarr runs as and is defined below.

cat << EOF | sudo tee /etc/systemd/system/radarr.service > /dev/null
[Unit]
Description=Radarr Daemon
After=syslog.target network.target
[Service]
User=radarr
Group=media
Type=simple

ExecStart=/opt/Radarr/Radarr -nobrowser -data=/var/lib/radarr/
TimeoutStopSec=20
KillMode=process
Restart=on-failure
[Install]
WantedBy=multi-user.target
EOF

Reload systemd:

sudo systemctl -q daemon-reload

Enable the Radarr service:

sudo systemctl enable –now -q radarr

(Optional) Remove the tarball:

rm Radarr.linux.tar.gz

Typically to access the Radarr web GUI browse to http://{Your server IP Address}:7878

Radarr uses a bundled version of ffprobe for media file analysis and does not require ffprobe or ffmpeg to be installed on the system. If Radarr says Ffprobe is not found this can typically be fixed with a reinstall.

If Radarr did not appear to start, then check the status of the service:

sudo journalctl –since today -u radarr

Uninstall

To uninstall and purge:

Warning: This will destroy your application data.

sudo systemctl stop radarr
sudo rm -rf /opt/Radarr
sudo rm -rf /var/lib/radarr
sudo rm -rf /etc/systemd/system/radarr.service
sudo systemctl -q daemon-reload

To uninstall and keep your application data:

sudo systemctl stop radarr
sudo rm -rf /opt/Radarr
sudo rm -rf /etc/systemd/system/radarr.service
sudo systemctl -q daemon-reload

FreeBSD

The Radarr team only provides builds for FreeBSD. Plugins and Ports are maintained and created by the FreeBSD community.

Instructions for FreeBSD installations are also maintained by the FreeBSD community and anyone with a GitHub account may update the wiki as needed.

Freshports Radarr Link
Jail Setup Using TrueNAS GUI

From the main screen select Jails
Click ADD
Click Advanced Jail Creation
Name (any name will work): Radarr
Jail Type: Default (Clone Jail)
Release: 12.2-Release (or newer)
Configure Basic Properties to your liking
Configure Jail Properties to your liking but add

allow_mlock
allow_raw_sockets

allow_raw_sockets is helpful for troubleshooting (e.g. ping, traceroute) but is not a requirement.

Configure Network Properties to your liking
Configure Custom Properties to your liking
Click Save
After the jail is created it will start automatically. One more property is required to be set in order for Radarr to see the storage space of your mounted media locations. Open a root shell on the server and enter these commands:

iocage stop
iocage set enforce_statfs=1
iocage start

Radarr Installation

Back on the jails list find your newly created jail for radarr and click Shell

To install Radarr

* Ensure your pkg repo is configured to get packages from /latest and not /quarterly
* Check /usr/local/etc/pkg/repos/FreeBSD.conf
* If that does not exist, copy over /etc/pkg/FreeBSD.conf to that location, open it, and replace quarterly with latest

pkg install radarr

Don’t close the shell out yet we still have a few more things!
Configuring Radarr

Now that we have it installed a few more steps are required.
Service Setup

Time to enable the service but before we do, a note:

The updater is disabled by default. The pkg-message gives instructions on how to enable the updater but keep in mind: this can break things like pkg check -s and pkg remove for Radarr when the built-in updater replaces files.

To enable the service:

sysrc radarr_enable=TRUE

If you do not want to use user/group radarr you will need to tell the service file what user/group it should be running under

sysrc radarr_user=”USER_YOU_WANT”

sysrc radarr_group=”GROUP_YOU_WANT”

radarr stores its data, config, logs, and PID files in /usr/local/radarr by default. The service file will create this and take ownership of it IF AND ONLY IF IT DOES NOT EXIST. If you want to store these files in a different place (e.g., a dataset mounted into the jail for easier snapshots) then you will need to change it using sysrc

sysrc radarr_data_dir=”DIR_YOU_WANT”

Reminder: If you are using an existing location then you will manually need to either: change the ownership to the UID/GID radarr uses AND/OR add radarr to a GID that has write access.

Almost done, let’s start the service:

service radarr start

If everything went according to plan then radarr should be up and running on the IP of the jail (port 7878)!

You can now safely close the shell
Troubleshooting

The service appears to be running but the UI is not loading or the page is timing out
    Double check that allow_mlock is enabled in the jail
System.NET.Sockets.SocketException (43): Protocol not supported
    Make sure you have VNET turned on for your jail, ip6=inherit, or ip6=new

The service script should now work around the lack of VNET and/or IP6 thus removing the requirement for VNET or ip6=inherit

Docker

The Radarr team does not offer an official Docker image. However, a number of third parties have created and maintain their own.

These instructions provide generic guidance that should apply to any Radarr Docker image.
Avoid Common Pitfalls
Volumes and Paths

There are two common problems with Docker volumes: Paths that differ between the Radarr and download client container and paths that prevent fast moves and hard links.

The first is a problem because the download client will report a download’s path as /torrents/My.Movie.2018/, but in the Radarr container that might be at /downloads/My.Movie.2018/. The second is a performance issue and causes problems for seeding torrents. Both problems can be solved with well planned, consistent paths.

Most Docker images suggest paths like /movies and /downloads. This causes slow moves and doesn’t allow hard links because they are considered two different file systems inside the container. Some also recommend paths for the download client container that are different from the Radarr container, like /torrents.

The best solution is to use a single, common volume inside the containers, such as /data. Your Movies would be in /data/Movies, torrents in /data/downloads/torrents and/or usenet downloads in /data/downloads/usenet.

If this advice is not followed, you may have to configure a Remote Path Mapping in the Radarr web UI (Settings › Download Clients).
Ownership and Permissions

Permissions and ownership of files is one of the most common problems for Radarr users, both inside and outside Docker. Most images have environment variables that can be used to override the default user, group and umask, you should decide this before setting up all of your containers. The recommendation is to use a common group for all related containers so that each container can use the shared group permissions to read and write files on the mounted volumes.
Keep in mind that Radarr will need read and write to the download folders as well as the final folders.