Hardware Profiles

Save and organize your wheelbase FFB, pedal, and sim-specific force feedback configurations.

Hardware Profiles let you save and organize your wheelbase, pedal, and sim-specific FFB configurations. Every setting is recorded so you can reproduce your setup exactly, compare changes over time, share with teammates, or quickly restore after firmware updates and reinstalls.

The 4 Component Types

Hardware Profiles are organized into four component types that work together:

Base Config

Your wheelbase’s physical FFB settings — the parameters you configure in your wheelbase’s software or on-device menu. This includes sensitivity, force feedback strength, damper, spring, natural force, inertia, and other hardware-level parameters.

Use cases: Record your current wheelbase settings, track changes after firmware updates, compare different FFB strength levels.

Pedal Config

Your pedal settings including brake force, dead zones, and any pedal-specific parameters. Store configurations for different pedal sets or when experimenting with brake force levels.

Sim Profile

In-game FFB settings for a specific simulator. Each sim has its own FFB menu with different parameters — iRacing’s Max Force and Damping are different from ACC’s Gain and Dynamic Damping. Save the values from each sim so you can quickly restore them after game updates or reinstalls.

Setup

A Setup groups a base config, pedal config, and one or more sim profiles together. Use setups to define your complete hardware configuration for a given scenario — for example, a “Race Day” setup vs. a “Practice” setup with lower FFB strength.

Components are linked, not copied. Updating a base config automatically reflects in all setups that reference it.

Supported Brands

Fanatec (Dedicated Forms)

Fanatec wheelbases have a dedicated parameter form with labeled fields and descriptions for each setting:

ParameterFull NameDescription
SENSensitivitySteering angle range (AUTO or 90°–2520°)
FFForce FeedbackOverall FFB strength (0–100%)
FEIForce Effect IntensityIntensity of road texture and kerb effects
FORNatural ForceSpring effect that centers the wheel
SPRSpringAdditional spring resistance
DPRDamperResistance to wheel movement
NDPNatural DamperDamping based on FFB signal
NFRNatural FrictionSimulated steering friction
NINNatural InertiaSimulated steering column inertia
INTInterpolationFFB signal smoothing
SHOShockVibration on kerbs and traction loss
LINLinearityFFB response curve
BLIBoost LimiterLimits peak force to protect motor

For pedals, the dedicated parameter is BRF (Brake Force) — the brake pedal resistance level.

All Supported Brands

We support dedicated parameter forms for the following brands:

Wheelbases: Fanatec, Moza Racing, Simagic, Simucube, Thrustmaster, Logitech, Asetek SimSports, VRS, Cammus, and AccuForce.

Pedals: Fanatec, Moza Racing, Simagic, Simucube, Thrustmaster, Logitech, Asetek SimSports, Heusinkveld, Wave Italy, Simforge, and Meca.

Each brand has a dedicated form with labeled parameters and descriptions. For any unlisted brand, use the “Other” option with the generic form.

Other Brands (Generic Form)

For any brand not listed above, select Other to use a flexible key-value form:

  • Add any parameter name and value pair
  • Add or remove parameters as needed
  • Brand and model fields for identification
  • Up to 50 custom parameters

This gives you complete flexibility to record whatever settings your hardware exposes.

Supported Simulators

Sim Profiles support dedicated parameter forms for 11 simulators:

SimulatorKey FFB Parameters
iRacingMax Force, Strength, Damping, Min Force, Linear Mode
Assetto Corsa CompetizioneGain, Minimum Force, Dynamic Damping, Road Feel
Assetto CorsaGain, Filter, Minimum Force, Kerb/Road/Slip Effects, Gamma
Assetto Corsa EVOFFB Gain, Dynamic Damping, Damper Gain, Friction
Le Mans UltimateSteering Torque, FFB Strength, Smoothing, High Freq Limit
Automobilista 2Gain, Low Force Boost, FEI, Damper, FFB Profile
rFactor 2Car Specific Multiplier, Smoothing, Steering Effects
F1 25Strength, On Track, Rumble, Off Track, Wheel Damper
EA WRCOverall Strength, Self-Aligning Torque, Wheel Friction
RaceRoomSteering Force, Grip Weight, Curb Effects, FFB Multiplier
DiRT Rally 2.0Self-Aligning Torque, Wheel Friction, Tire Friction

For unlisted simulators, select Other and use the generic key-value form.

Creating Profiles — Step by Step

Creating a Base Config

  1. Click the New dropdown and select Base Config
  2. Enter a descriptive name (e.g., “CSL DD v456 — Race Day”)
  3. Select brand — Fanatec shows the dedicated parameter form, other brands show the generic form
  4. Enter model name (e.g., “CSL DD”, “SC2 Pro”)
  5. Optionally enter firmware version for tracking
  6. Fill in the parameters from your wheelbase settings
  7. Add notes if desired (e.g., why you chose these values)
  8. Click Save

Creating a Pedal Config

  1. Click New → Pedal Config
  2. Enter name, brand, and model
  3. Fill in parameters — Fanatec shows BRF, others use the generic form
  4. Add notes and click Save

Creating a Sim Profile

  1. Click New → Sim Profile
  2. Enter a name
  3. Select the simulator — a dedicated form appears with that sim’s FFB parameters
  4. Fill in the values from the sim’s FFB settings menu
  5. Add notes and click Save

Creating a Setup

  1. Click New → Setup
  2. Enter a setup name (e.g., “Race Day”, “Low FFB Practice”)
  3. Select a Base Config (optional)
  4. Select a Pedal Config (optional)
  5. Add one or more Sim Profiles
  6. Add notes and click Save

Filtering

Use filters to find profiles quickly as your collection grows:

  • Component type — Show only Base Configs, Pedal Configs, Sim Profiles, or Setups
  • Brand — Filter by Fanatec or a specific other brand
  • Simulator — Filter Sim Profiles by simulator

Filters combine with AND logic. Use them to quickly find, for example, all your Fanatec base configs or all your iRacing sim profiles.

Editing and Deleting

Editing

Open any profile and click Edit to update its parameters, notes, or metadata. Changes to a base config or pedal config automatically reflect in any setups that reference it.

Deleting

Click delete to remove a profile. A confirmation dialog appears with the profile name. If the profile is used in one or more setups, a warning shows how many setups will be affected. Deleting a profile unlinks it from those setups but does not delete the setups themselves.

Build your profiles progressively:

  1. Start with a Base Config — Record your wheelbase’s current FFB settings
  2. Add a Pedal Config — Save your pedal settings
  3. Create Sim Profiles — One for each simulator you race
  4. Create a Setup — Link your base config, pedal config, and sim profiles together
  5. After firmware updates — Create a new base config version and compare with your previous one

Sharing Setups

Share any hardware setup with a public link so others can view your configuration:

  1. Open a setup’s detail view and click Share
  2. Toggle Share link to enable sharing
  3. Click Copy link to get the URL
  4. Send the link to anyone — no account required to view

What recipients see: The full setup including base config parameters, pedal config, sim profiles with all their FFB values, and any notes. They cannot modify your setup.

Managing shared links:

  • Disable sharing — Toggle the switch off to immediately stop the link from working
  • Regenerate link — Creates a new URL and invalidates the old one
  • View and copy counts — See how many times your link has been viewed and how many people have saved the setup to their vault

Recipients with a Braking Lab account can click Save to my Vault to copy the entire setup (with all linked components) to their own vault.

Real Nm Display

FFB sliders in Base Config forms show force values in Newtonmeters (Nm) based on your wheelbase’s peak torque rating. Instead of abstract percentages, you see the actual physical force each setting produces.

This makes it easy to:

  • Compare configurations — See that your Fanatec CSL DD at 80% FF produces 6.4 Nm while your friend’s Simucube 2 Pro at 50% produces 12.5 Nm
  • Match settings across brands — Use Nm values to set equivalent force levels on different wheelbases
  • Understand your setup — Know exactly how much force your wheel produces at each setting

Component Usage

Every base config, pedal config, and sim profile displays a usage badge showing how many setups reference it:

  • “Used in 3 setups” — This component is actively linked
  • “Not used” — No setups reference this component

This helps you:

  • Identify unused components that can be safely deleted
  • Understand the impact of editing a widely-used config
  • Keep your hardware library clean and organized

Hardware Profiles are organized into four sub-tabs:

TabShows
SetupsComplete hardware configurations (base + pedals + sim profiles)
BasesWheelbase FFB configurations
PedalsPedal configurations
Sim ProfilesPer-simulator FFB settings

Each tab supports:

  • Grid view — Visual cards with brand, model, and key parameters
  • Table view — Sortable columns with name, brand, model, usage count, and date
  • Filters — Filter by component type, brand, or simulator

Tips

  1. Name descriptively — “CSL DD v456 — Race Day” is more useful than “Config 1”. Include the model and context.
  2. Use notes to record why — Document why you chose specific values, not just what they are. It helps when revisiting settings months later.
  3. Create versions after firmware updates — Compare your saved config with the new defaults to see what changed.
  4. Keep sim profiles per-simulator — One profile per sim keeps things clean. Create a new one if you experiment with different FFB approaches.
  • Vault (Datapacks) — Organize your setup files, telemetry data, and reference files in datapacks.

Third-Party Services Disclaimer

iRacing® is a third-party service not affiliated with Braking Lab. Braking Lab is not responsible for its availability, functionality, or any changes to the service. All trademarks and rights belong to iRacing.com Motorsport Simulations, LLC.