Firmware Presets

A simple way to configure your Betaflight Flight Controller Firmware settings.

Introduction
Applying and using Presets
Providing feedback
Custom sources
Creating new presets
Tips for preset authors
Modifying existing presets
Preset specifications
Credits

Introduction

The Betaflight Preset system makes it easy for a user to find and apply CLI 'snippets' to configure or modify their firmware settings.

All Presets go through a checking and approval process before being made publicly available.

WARNING: When a Preset is saved, the configuration settings are permanently changed! Users MUST make a backup of their previous settings, and know how to restore their settings from the backup.

Applying and using Presets

Make a backup of your current settings (go to CLI, type dump all, and save that data to a safe place)`
Go to the Preset tab in Configurator
Search for the Preset that you want to apply, and click on it
Read the description, and optionally review the changes that will be made by clicking Open Online
Select from the available Options using the checkboxes
Click Apply - this writes the settings to the CLI
Click Save to permanently write the changes to the firmware. There is no undo function.

If a Preset changes things that you don't want to change, make a note of those changes before applying the preset, and change them manually, later, in the CLI. For example, if a complex Preset includes a Rates change that you don't want, make a note of your existing Rates, apply and save the Preset, then give it a try with the new rates. If you don't like the new rates, manually restore your original settings.

More than one Preset can be applied, sequentially, before saving. If the same field is changed by multiple presets, the last applied Preset takes precedence.

It is normal to need to reconnect to the Flight Controller after leaving the Presets tab. This is because the Presets system involves interactions with the CLI, and on leaving CLI we must reconnect.

Providing feedback to the Preset developer

Currently, the best way to provide feedback is by adding a comment to the Pull Request that generated the preset. Use the Discussion button in the Apply Preset window to go to the Pull Request.

Alternatively, search the Firmware Presets Pull Request page.

Custom sources

Developers and tuners can add a link in Configurator to their own Preset repository. This allows developers to test their Presets locally before submitting PRs, allows tuners or board suppliers to develop and share custom Presets, and allows individuals to keep an online backup of their personal presets.

Steps are:

clone the Presets repository to your GitHub account
make a separate branch from Master and create your own Presets there
run node indexer/indexer.js and node indexer/check.js
push your branch to Github

To use a custom Preset source:

in Configurator, go to Presets > Preset Sources
set the URL field to `https://github.com/sourceGithubAccountName/firmware-presets/``
set the Github branch field to the branch name you pushed

Any end-user can then apply your custom presets.

Unless you rebase to master to ensure that this branch is up to date with Betaflight, any existing Presets may become out of date.

You may choose to remove all the other Presets, leaving only those you have made, and you may replace or remove the directory structure. You must re-build the index file and push it to Github after file or directory changes.

Creating new presets

Submissions for new presets must be made with a GitHub Firmware Preset Pull Request (PR):

A separate PR is required for each Preset.
Every PR will be carefully assessed by Betaflight developers.
Approval is not automatic, and may take some time.
Since CLI names and preset values will change from version to version, it's usually best to make separate presets for 4.2 or 4.3
The Preset must comply with the specifications and must include a concise description of what will be changed

When making a Preset, the changes to be made to the existing configuration can be applied in four fundamentally different ways:

Replace or force overwrite one or more values with new values that actively achieve something, eg change a PID value, or a parameter set to a higher than default value.
Force some values to off, or to default, so that regardless of the user's prior configuration, these settings will no longer be active, or will be at default values. This requires lines in the Preset that set the parameters to off, or to their default values, or by including a defaults file before applying the active changes. 'Including' a defaults file before your changes can provide a 'clean slate' over which active changes are written. It can, howeever, make more changes than are needed. Always check that an included defaults file only makes the changes you really need, and doesn't mess with settings that a user would likely want to keep, or are irrelevant to your Preset.
Ignore some values, or not change values that don't matter to your Preset, at whatever value the user the user has in their configuration, by not mentioning those parameters in the Preset.
Provide checkboxes so that the user can choose between alternative or optional groups of values, eg to provide alternate filter settings to suit noisy or clean setups, or let the user choose to have Thrust Linear active on their quad. This can be done with the Option directive.

A Preset should therefore overwrite any value that must be set to a specific value, disable or turn off values or settings that need to be off, and provide checkboxes to let the user choose, where appropriate, alternative settings.

Before final submission of the PR, check the preset by:

installing node.js for your OS
running node indexer/check.js in a terminal window from your draft's working directory. The checker should return OK. If not, correct the errors and try again.

Remember to include the pull request URL in the Discussion field.

After approval, the author:

should be responsive to feedback from users via comments to the originating PR
is responsible for maintaining compatibility with future Betaflight firmware releases

Tips for authors

If you want to add your presets to the official Betaflight Presets Repo, and thinking to open your first Pull Request (PR), please consider the following tips and common mistakes:

Do not include index files updates in the PR. You can run check.js locally or run indexer in a separate branch, or just don't git add it to the commit.
Split the separate presets into separate PRs. Especially if your presets are not connected with each other.
Don't create multiple PRs if you are just starting, start with just one PR. Check it time-to-time if there are any corrections suggested, wait for it to be merged and then proceed with the next presets you wanted to add.
PR must include only one commit. Exceptions are very rare. If you happen to have multiple commits, there are multiple ways to make 1 commit out of them (squash, soft reset etc).
Make sure #$ DESCRIPTION explains nicely what the preset is doing. You can even include pictures of modes/osd if you use #$ PARSER: MARKED. User must know what he is getting.
Always self-check your PR in the GitHub web-view. Do it every time when you make a new PR, or if you update it. Respect the review team. If you don't check the web-view of your PR upon updates, why would they check. The main things to check in the web view: number of commits (should be one) and double check the code changes (Files changed tab).
Don't forget about #$ DISCUSSION: link/to/your/pr
If you messed up your PR and would like to start from scratch, do not close your existing PR. You can alwas start from scratch without closing your PR. Just save your preset somewhere locally on your PC, then remove your local branch and create a branch with the same name. When you done adding your preset to the branch just force-push it to the origin. Your PR is connected with your branch name.

And remember - a new preset file needs a new PR. Modification for the existing preset also requires a new PR.

Modifying existing presets

Presets may be modified, with or without permission of the author, by a subsequent pull request.

Any PR that modifies an existing Preset must be linked to the original PR, so that the author will receive notification of any proposed changes.

Preset specifications

A Preset must include a field structure that complies with the specifications below, and one or more CLI 'snippets' as a payload.

Fields

Mandatory fields

 TITLE, FIRMWARE_VERSION, CATEGORY, STATUS

Optional fields

    KEYWORDS, AUTHOR, DESCRIPTION, INCLUDE, OPTION, FORCE_OPTIONS_REVIEW, OPTION_GROUP BEGIN, DISCUSSION, DISCLAIMER, INCLUDE_DISCLAIMER, WARNING, INCLUDE_WARNING, HIDDEN

All field tags must be:

preceded with #$ ,
be CAPITALISED, and
end with a colon : (except OPTION END tags, no colon there)
eg #$ KEYWORDS:

Field	Notes
File name	Unique, brief, descriptive, include author, underscores not spaces eg race_4in_ctzsnooze
TITLE	Explanatory, clear, concise; include the main characteristics of the preset.
FIRMWARE_VERSION	One line for each supported version. as many lines as requred. Ensure that all CLI commands are readable by the firmware versions listed. CLI commands that do not match will throw errors. If a Preset support two versions by including two versions of the same command, explain to the user that an error will be gene
CATEGORY	See category list below. Only approved category names will be accepted.
STATUS	`OFFICIAL` for Betaflight developed Presets, `COMMUNITY` for user-contributed Presets, or `EXPERIMENTAL` for 'in-development' Presets
KEYWORDS	Choose carefully. Make it easy for your intended user to find your preset with keywords that you expect they will use. Comma separate each entry.
AUTHOR	Your Github name or nickname.
DESCRIPTION	Clearly explain what will be changed, and, where relevant, what will not be changed. For example, if filter setup requires RPM filtering, be sure to state this. Each ``#$ DESCRIPTION:`line results in a separate paragraph. A blank`#$ DESCRIPTION:` line results in a blank line between paragraphs. All description text should be placed above any includes or options.
FORCE_OPTIONS_REVIEW	Opens a dialog advising the user to review the options if they have not done so before applying the Preset.
INCLUDE	Inserts data from one or more separate Presets ahead of the CLI commands of this Preset. Useful to enforce defaults ahead of your commands. See details below.
OPTION	Commands within `OPTION` tags present the user with a checkbox to apply, or not apply, the enclosed commands. The default check-box behaviour can be specified. Each `OPTION` must have a unique name. For more info, click here.
OPTION_GROUP	Text to appear before a group of Options.
DISCLAIMER	Field containing text for a disclaimer.
INCLUDE_DISCLAIMER	path to file containing text for a disclaimer, starting from `presets/``
WARNING	Field containing text for a warning. Intended to be a final dialog before accepting the Preset
INCLUDE_WARNING	path to file containing text for a warning, starting from `presets/`, functionally the same as warning.
DISCUSSION	Field containing a URL that links to the feedback and discussion page for the preset. At present this must be set to the URL of the PR that generated the Preset.
HIDDEN	`#$ HIDDEN: true` prevents a Preset from being indexed, and hence prevents it being found by a user search. Intended for 'invisible' Presets that are only included in other Presets.

Example Preset structure:

#$ TITLE: 7in long range cinematic by userx
#$ FIRMWARE_VERSION: 4.2
#$ FIRMWARE_VERSION: 4.3
#$ CATEGORY: TUNE
#$ STATUS: EXPERIMENTAL
#$ KEYWORDS: word1, word2, word3
#$ AUTHOR: Name Lastname / Pilotname
#$ DESCRIPTION: Description paragraph1
#$ DESCRIPTION: Description pagagraph2  (as many description paragraphs as needed)
#$ DISCLAIMER: Text of disclaimer (mandatory for VTx Presets)
#$ WARNING: Text of warning
#$ DISCUSSION: https://github.com/betaflight/firmware-presets/pull/nn
#$ FORCE_OPTIONS_REVIEW

#$ INCLUDE: presets/4.3/rates/defaults.txt

<cli command 1>
<cli command 2>
....
<cli command n>

#$ OPTION BEGIN (CHECKED): Region 1 name
<cli command n + 1>
<cli command n + 2>
...
<cli command m>
#$ OPTION END

#$ OPTION_GROUP BEGIN: This group name
#$ OPTION BEGIN (UNCHECKED): Region 2 name
<cli command m + 1>
<cli command m + 2>
#$ OPTION END
#$ OPTION BEGIN (UNCHECKED): Region 3 name
<cli command j + 1>
<cli command j + 2>
<cli command j + 3>
#$ OPTION END
#$ OPTION_GROUP END

Setting a motor protocol

Preset authors are allowed to set motor protocol inside of these preset categoris: TUNE, FILTERS, OTHER, BNF even outside of the #$ OPTIONS.

set motor_pwm_protocol = .....

However, a proper #$ WARNING: or #$ INCLUDE_WARNING: must be set in this case for safety. Users and authors must understand that setting, for example, DSHOT with the ESCs that don't support DSHOT is dangerous and can spin up the motors right away without arming.

Note: None of the default.txt files are resetting the motor protocol.

INCLUDE

Optional paths to other Presets that are to be included in the current Preset.

The path must be the full path from the root of the Presets directory.

Works like the C/C++ #include function.
Sequential INCLUDE statements allow multiple Presets to be applied..
Recursion of INCLUDE is supported.
Metaproperties of INCLUDE Presets are ignored.

Example: #$ INCLUDE: presets/4.3/category/preset_x.txt

OPTION

OPTION tags let the user apply groups of settings with simple checkboxes from a dropdown list in the Apply dialog. Each OPTION fills one line in the dropdown list. No text or blank lines are possible in the OPTION list.

The Preset author sets the checkbox default to be ticked or un-ticked, and specifies the label next to the checkbox.

If the author wants to warn the user to review the options, they can make a dialog appear saying, "Please review the list of options" by including this line in the header:

#$ FORCE_OPTIONS_REVIEW: TRUE

Options work similar to the C# preprocessor directive #region.

One example where OPTION may be useful is in a BNF or TUNE Preset. The Preset could provide different options for different radio protocols, eg SBUS, Crossfire, Ghost, etc. The user can then select the radio protocol to be used when the preset is applied.

Another example could be to provide different RC_Smoothing settings, to suit race, HD freestyle or Cinematic usage within the same overall tune.

Another example is where a user may want to retain a personal setting, eg motor output limit, when applying a TUNE that might also like to set that value to some specific value. Here the tuner can give an option to use their value, but allow the user to not accept that suggestion.

An OPTION region starts with an #$ OPTION BEGIN: <option name> tag, and must end with an #$ OPTION END tag. The payload of CLI lines is put in-between these tags. The option name appears with a checkbox to the left, and when selected, loads the CLI lines.

The default state of the checkbox may be set to either (CHECKED) or (UNCHECKED) by default. CLI values that are not reset to defaults earlier in the preset must be UNCHECHKED.

Options can be 'grouped' under a 'title' or 'group name' using this syntax:

#$ OPTION_GROUP BEGIN: your group name
<options>
#$ OPTION_GROUP END

Complete OPTION example syntax looks like this:

#$ OPTION_GROUP BEGIN: this group name
#$ OPTION BEGIN (UNCHECKED): <Option1 name>
CLI payload strings
#$ OPTION END
#$ OPTION BEGIN (UNCHECKED): <Option2 name>
CLI payload strings
#$ OPTION END
#$ OPTION_GROUP END

Note 1: nested OPTION tags are not supported.

Note 2: If an included Preset has options, those options will not be shown to the user, unless ‘dummy’ option tags have been supplied, pre-defined, for each of the regions from the included Preset, like this:

#$ OPTION BEGIN: <first_option_name_from_preset_x>
#$ OPTION END
#$ OPTION BEGIN: <second_region_name_from_preset_x>
#$ OPTION END
(for however many options exist in preset_x that you want to provide)
#$ INCLUDE: presets/4.3/category/preset_x.txt

Credits

The Preset system was developed by @limonspb for Betaflight 4.3.

Name		Name	Last commit message	Last commit date
Latest commit History 466 Commits
.github		.github
indexer		indexer
misc		misc
presets		presets
scripts		scripts
.gitattributes		.gitattributes
.gitignore		.gitignore
CODE_OF_CONDUCT.md		CODE_OF_CONDUCT.md
CONTRIBUTING.md		CONTRIBUTING.md
LICENSE		LICENSE
README.md		README.md
index.json		index.json
index_hash.txt		index_hash.txt
package.json		package.json
yarn.lock		yarn.lock

Category	Notes
TUNE	PID parameters and sub-parameters like TPA, Antigravity, Thrust Linear, etc, including Filter parameters including RPM filtering. May include motor_output_limit, throttle curve / scale, feedforward_boost, feedforward_transition or feedforward_limit, vbat_sag_compensation, Throttle Boost, and the like. Should not include `RC_lINK` or `RC_SMOOTHING` settings unless provided in Regions that are set to unchecked by default.
RATES	Rates type and the values that affect rates (rc_rate, expo and s_rate). Throttle curve settings, rate limits, or level expo settings are changed, they should be provided in separate presets. A Rates name may be provided in an optional default-off Region. TPA should not be included in a Rates preset, it is a `TUNE` parameter.
FILTERS	Filter settings optimised to suit a particular type of build. Since filter optimisation depends greatly on whether or not RPM filtering is active, we must state the RPM filtering requirement be active in the name and in the description. A region may be provided with alternate settings for the situation where RPM filtering is not available.
RC_LINK	The type of link (serial, PPM), the protocol used (SBus, CRSF, Spektrum etc), including telemetry settings, units, precision settings, etc, and the feedforward_averaging and feedforward_smooth_factor, and feedforward_jitter settings that must be configured to suit the link speed. Separate Presets, or Regions, may be used for RC links that can be set to different speeds.
RC_SMOOTHING	RC smoothing settings vary how reactive the stick is to sudden stick changes. Auto configurations can provide anything from race to cinematic levels of smoothness, but the final amount of smoothness in an auto configuration also depends on the RC link speed. Manual rc_smoothing configurations can provide more consistent smoothing across a wider range of RC Link speeds.
OSD	Any collection of OSD related parameters. May include report_cell_voltage, debug_mode or similar settings that affect what is shown on the OSD.
VTX	A VTx table or related settings. The disclaimer below at note 1 must be included.
LEDS	LED configurations
MODES	Mode switch and Adjustment configurations
OTHER	Any Preset that includes settings from more than one category, or for settings that don't fall readily into other categories. Examples include: a complete configuration with rates, tune, link, and LED settings; or a set of GPS, Launch Control, Camera Control or similar values.
BNF	A complete configuration for a pre-built machine. Regions may be used to provide alternatives options for RC_LINK, RC_SMOOTHING, or other settings.

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Repository files navigation

Firmware Presets

Introduction

Applying and using Presets

Providing feedback to the Preset developer

Custom sources

Creating new presets

Tips for authors

Modifying existing presets

Preset specifications

Fields

Example Preset structure:

Categories

Setting a motor protocol

INCLUDE

OPTION

Credits

About

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Firmware Presets

Introduction

Applying and using Presets

Providing feedback to the Preset developer

Custom sources

Creating new presets

Tips for authors

Modifying existing presets

Preset specifications

Fields

Example Preset structure:

Categories

Setting a motor protocol

INCLUDE

OPTION

Credits

About

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