Version: latest - a1.73.x ⚖️

🚙 VehicleWheeled

Vehicles are wheeled entities which Characters can possesses and drive.

💂Authority

This class can only be spawned on 🟦 Server side.

👪Inheritance

This class shares methods and events from Base Entity, Base Actor, Base Vehicle, Base Paintable, Base Damageable.

🧑‍💻API Source

This page is auto-generated! The Functions, Properties and Events described here are defined in our GitHub's API Repository! Feel free to commit suggestions and changes to the source .json API files!

Any Skeletal Mesh can be used to create a Vehicle, although only Skeletal Meshes with Wheels bones can use the built-in feature of animated Wheels.

🎒 Examples

Server/Index.lua
-- Spawns a Pickup Vehicle
local vehicle = VehicleWheeled(location or Vector(), rotation or Rotator(), "nanos-world::SK_Pickup", CollisionType.Normal, true, false, true, "nanos-world::A_Vehicle_Engine_10")

-- Configure it's Engine power and Aerodynamics
vehicle:SetEngineSetup(700, 5000)
vehicle:SetAerodynamicsSetup(2500)

-- Configure it's Steering Wheel and Headlights location
vehicle:SetSteeringWheelSetup(Vector(0, 27, 120), 24)
vehicle:SetHeadlightsSetup(Vector(270, 0, 70))

-- Configures each Wheel
vehicle:SetWheel(0, "Wheel_Front_Left",  27, 18, 45, Vector(), true,  true, false, false, false, 1500, 3000, 1000, 1, 3, 20, 20, 250, 50, 10, 10, 0, 0.5, 0.5)
vehicle:SetWheel(1, "Wheel_Front_Right", 27, 18, 45, Vector(), true,  true, false, false, false, 1500, 3000, 1000, 1, 3, 20, 20, 250, 50, 10, 10, 0, 0.5, 0.5)
vehicle:SetWheel(2, "Wheel_Rear_Left",   27, 18,  0, Vector(), false, true,  true, false, false, 1500, 3000, 1000, 1, 4, 20, 20, 250, 50, 10, 10, 0, 0.5, 0.5)
vehicle:SetWheel(3, "Wheel_Rear_Right",  27, 18,  0, Vector(), false, true,  true, false, false, 1500, 3000, 1000, 1, 4, 20, 20, 250, 50, 10, 10, 0, 0.5, 0.5)

-- Adds 6 Doors/Seats
vehicle:SetDoor(0, Vector(  50, -75, 105), Vector(   8, -32.5,  95), Rotator(0,  0,  10), 70, -150)
vehicle:SetDoor(1, Vector(  50,  75, 105), Vector(  25,    50,  90), Rotator(0,  0,   0), 70,  150)
vehicle:SetDoor(2, Vector( -90, -75, 130), Vector( -90,  -115, 155), Rotator(0,  90, 20), 60, -150)
vehicle:SetDoor(3, Vector( -90,  75, 130), Vector( -90,   115, 155), Rotator(0, -90, 20), 60,  150)
vehicle:SetDoor(4, Vector(-195, -75, 130), Vector(-195,  -115, 155), Rotator(0,  90, 20), 60, -150)
vehicle:SetDoor(5, Vector(-195,  75, 130), Vector(-195,   115, 155), Rotator(0, -90, 20), 60,  150)

-- Make it ready (so clients only create Physics once and not for each function call above)
vehicle:RecreatePhysics()

🛠 Constructors

Default Constructor

No description provided

local my_vehiclewheeled = VehicleWheeled(location, rotation, asset, collision_type?, gravity_enabled?, auto_create_physics?, auto_unflip?, engine_sound?, horn_sound?, brake_sound?, engine_start_sound?, vehicle_door_sound?, auto_start_engine?, custom_animation_blueprint?)

Type	Name	Default	Description
Vector	`location`	Required parameter	No description provided
Rotator	`rotation`	Required parameter	No description provided
SkeletalMesh Reference	`asset`	Required parameter	No description provided
CollisionType	`collision_type`	`CollisionType.Auto`	No description provided
boolean	`gravity_enabled`	`true`	No description provided
boolean	`auto_create_physics`	`true`	Can be disabled to improve performance when setting several configs. Must call `RecreatePhysics()` after all
boolean	`auto_unflip`	`true`	Auto rotates the vehicle if flipped
Sound Reference	`engine_sound`	`nanos-world::A_Vehicle_Engine_01`	No description provided
Sound Reference	`horn_sound`	`nanos-world::A_Vehicle_Horn_Toyota`	No description provided
Sound Reference	`brake_sound`	`nanos-world::A_Vehicle_Brake`	No description provided
Sound Reference	`engine_start_sound`	`nanos-world::A_Car_Engine_Start`	No description provided
Sound Reference	`vehicle_door_sound`	`nanos-world::A_Vehicle_Door`	No description provided
boolean	`auto_start_engine`	`true`	No description provided
Blueprint Reference	`custom_animation_blueprint`		No description provided

tip

Please take a look at our Default's Vehicle package with all built-in Vehicles already properly configured and ready to use.

More related examples:

Monster Truckgetting-started/tutorials-and-examples/monster-truck

🗿 Static Functions

Inherited Entity Static Functions

Returns	Name	Description
table of Base Entity	`GetAll`	Returns a table containing all Entities of the class this is called on
Base Entity	`GetByIndex`	Returns a specific Entity of this class at an index
integer	`GetCount`	Returns how many Entities of this class exist
table of table	`GetInheritedClasses`	Gets a list of all directly inherited classes from this Class created with the Inheriting System
iterator	`GetPairs`	Returns an iterator with all Entities of this class to be used with `pairs()`
table or nil	`GetParentClass`	Gets the parent class if this Class was created with the Inheriting System
table	`Inherit`	Inherits this class with the Inheriting System
boolean	`IsChildOf`	Gets if this Class is child of another class if this Class was created with the Inheriting System
function	`Subscribe`	Subscribes to an Event for all entities of this Class
function	`SubscribeRemote`	Subscribes to a custom event called from server
	`Unsubscribe`	Unsubscribes all callbacks from this Event in this Class within this Package, or only the callback passed

This class doesn't have own static functions.

🦠 Functions

Inherited Entity Functions

Returns	Name	Description
	`BroadcastRemoteEvent`	Calls a custom remote event directly on this entity to all Players
	`CallRemoteEvent`	Calls a custom remote event directly on this entity to a specific Player
	`CallRemoteEvent`	Calls a custom remote event directly on this entity
	`Destroy`	Destroys this Entity
table of string	`GetAllValuesKeys`	Gets a list of all values keys
table	`GetClass`	Gets the class of this entity
integer	`GetID`	Gets the universal network ID of this Entity (same on both client and server)
any	`GetValue`	Gets a Value stored on this Entity at the given key
boolean	`IsA`	Recursively checks if this entity is inherited from a Class
boolean	`IsValid`	Returns true if this Entity is valid (i.e. wasn't destroyed and points to a valid Entity)
	`SetValue`	Sets a Value in this Entity
function	`Subscribe`	Subscribes to an Event on this specific entity
function	`SubscribeRemote`	Subscribes to a custom event called from server on this specific entity
	`Unsubscribe`	Unsubscribes all callbacks from this Event in this Entity within this Package, or only the callback passed

Inherited Actor Functions

Returns	Name	Description
	`AddActorTag`	Adds an Unreal Actor Tag to this Actor
	`AddImpulse`	Applies a force in world world to this Actor
	`AttachTo`	Attaches this Actor to any other Actor, optionally at a specific bone
	`Detach`	Detaches this Actor from AttachedTo Actor
table of string	`GetActorTags`	Gets all Unreal Actor Tags on this Actor
table of Base Actor	`GetAttachedEntities`	Gets all Actors attached to this Actor
Base Actor or nil	`GetAttachedTo`	Gets the Actor this Actor is attached to
table	`GetBounds`	Gets this Actor's bounds
CollisionType	`GetCollision`	Gets this Actor's collision type
integer	`GetDimension`	Gets this Actor's dimension
float	`GetDistanceFromCamera`	Gets the distance of this Actor from the Camera
Vector	`GetForce`	Gets this Actor's force (set by `SetForce()`)
Vector	`GetLocation`	Gets this Actor's location in the game world
Player or nil	`GetNetworkAuthority`	Gets this Actor's Network Authority Player
Vector	`GetRelativeLocation`	Gets this Actor's Relative Location if it's attached
Rotator	`GetRelativeRotation`	Gets this Actor's Relative Rotation if it's attached
Rotator	`GetRotation`	Gets this Actor's angle in the game world
Vector	`GetScale`	Gets this Actor's scale
float	`GetScreenPercentage`	Gets the percentage of this Actor size in the screen
table	`GetSocketTransform`	Gets a Socket Transform in world space given a bone or socket name
Vector	`GetVelocity`	Gets this Actor's current velocity
boolean	`HasAuthority`	Gets if this Actor was spawned by the client side
boolean	`HasNetworkAuthority`	Returns true if the local Player is currently the Network Authority of this Actor
boolean	`IsBeingDestroyed`	Returns true if this Actor is being destroyed
boolean	`IsGravityEnabled`	Returns true if gravity is enabled on this Actor
boolean	`IsInWater`	Returns true if this Actor is in water
boolean	`IsNetworkDistributed`	Returns true if this Actor is currently network distributed
boolean	`IsVisible`	Returns true if this Actor is visible
	`RemoveActorTag`	Removes an Unreal Actor Tag from this Actor
	`RotateTo`	Smoothly rotates this actor to an angle over a certain time
	`SetCollision`	Sets this Actor's collision type
	`SetDimension`	Sets this Actor's Dimension
	`SetForce`	Adds a permanent force to this Actor, set to Vector(0, 0, 0) to cancel
	`SetGravityEnabled`	Sets whether gravity is enabled on this Actor
	`SetHighlightEnabled`	Sets whether the highlight is enabled on this Actor, and which highlight index to use
	`SetLifeSpan`	Sets the time (in seconds) before this Actor is destroyed. After this time has passed, the actor will be automatically destroyed.
	`SetLocation`	Sets this Actor's location in the game world
	`SetNetworkAuthority`	Sets the Player to have network authority over this Actor
	`SetNetworkAuthorityAutoDistributed`	Sets if this Actor will auto distribute the network authority between players
	`SetOutlineEnabled`	Sets whether the outline is enabled on this Actor, and which outline index to use
	`SetRelativeLocation`	Sets this Actor's relative location in local space (only if this actor is attached)
	`SetRelativeRotation`	Sets this Actor's relative rotation in local space (only if this actor is attached)
	`SetRotation`	Sets this Actor's rotation in the game world
	`SetScale`	Sets this Actor's scale
	`SetVisibility`	Sets whether the actor is visible or not
	`TranslateTo`	Smoothly moves this actor to a location over a certain time
boolean	`WasRecentlyRendered`	Gets if this Actor was recently rendered on screen

Inherited Paintable Functions

	Returns	Name	Description
		`ResetMaterial`	Resets the material from the specified index to the original one
		`SetMaterial`	Sets the material at the specified index of this Actor
		`SetMaterialColorParameter`	Sets a Color parameter in this Actor's material
		`SetMaterialFromCanvas`	Sets the material at the specified index of this Actor to a Canvas object
		`SetMaterialFromSceneCapture`	Sets the material at the specified index of this Actor to a SceneCapture object
		`SetMaterialFromWebUI`	Sets the material at the specified index of this Actor to a WebUI object
		`SetMaterialScalarParameter`	Sets a Scalar parameter in this Actor's material
		`SetMaterialTextureParameter`	Sets a texture parameter in this Actor's material to an image on disk
		`SetMaterialVectorParameter`	Sets a Vector parameter in this Actor's material
		`SetPhysicalMaterial`	Overrides this Actor's Physical Material with a new one

Inherited Damageable Functions

Returns	Name	Description
integer	`ApplyDamage`	Do damage to this entity
integer	`GetHealth`	Gets the current health
integer	`GetMaxHealth`	Gets the Max Health
	`Respawn`	Respawns the Entity, fullying it's Health and moving it to it's Initial Location
	`SetHealth`	Sets the Health of this Entity
	`SetMaxHealth`	Sets the MaxHealth of this Entity

Inherited Vehicle Functions

Returns	Name	Description
	`AddSkeletalMeshAttached`	Attaches a Skeletal Mesh as master pose to this entity
	`AddStaticMeshAttached`	Attaches a Static Mesh to this entity
table of string	`GetAllSkeletalMeshAttached`	Gets all Skeletal Meshes attached to this entity
table of string	`GetAllStaticMeshAttached`	Gets all Static Meshes attached to this entity
table	`GetDoors`	Gets all configured Doors
SkeletalMesh Reference	`GetMesh`	Gets the Asset name
Character	`GetPassenger`	Gets a passenger from a seat
table of Character	`GetPassengers`	Gets all passengers
	`PlayAnimation`	Plays an Animation on this Vehicle
	`RemoveAllSkeletalMeshesAttached`	Removes all SkeletalMeshes attached
	`RemoveAllStaticMeshesAttached`	Removes all StaticMeshes attached
	`RemoveSkeletalMeshAttached`	Removes, if it exists, a SkeletalMesh from this Pickable given its custom ID
	`RemoveStaticMeshAttached`	Removes, if it exists, a StaticMesh from this Pickable given its custom ID
	`SetDoor`	Adds a Door to the Vehicle
	`SetExplosionSettings`	Configures the Explosion Settings when health reaches zero
	`SetStaticMeshAttachedTransform`	Sets a Static Mesh Attached location and rotation

Returns	Name	Description
integer	`GetGear`	Gets the current Gear
integer	`GetRPM`	Gets the current RPM
	`Horn`	Starts or stops the vehicles horn
	`RecreatePhysics`	Recreate the Vehicle Physics
	`SetAerodynamicsSetup`	Configures the Vehicle Aerodynamics Settings
	`SetAutoStartEngine`	Sets if the Engine auto starts when the driver enters the Vehicle
	`SetCameraOffset`	Sets the Vehicle Camera Offset
	`SetEngineSetup`	Configures the Vehicle Engine (Torque, RPM, Braking)
	`SetEngineStarted`	Sets if the Engine is turned off/on
	`SetHeadlightsSetup`	Configures the Headlights Offset and Color.
	`SetSteeringSetup`	Configures the Vehicle Steering
	`SetSteeringWheelSetup`	Configures where the Steering Wheel is located
	`SetTaillightsSetup`	Configures the Taillights Offset.
	`SetTireFlat`	Sets a Tire as Flat or not
	`SetTransmissionSetup`	Configures the Vehicle Transmission
	`SetWheel`	Configures a Vehicle Wheel

`GetGear`

Gets the current Gear

— Returns integer.

local ret = my_vehiclewheeled:GetGear()

`GetRPM`

Gets the current RPM

— Returns integer.

local ret = my_vehiclewheeled:GetRPM()

`Horn`

Starts or stops the vehicles horn

my_vehiclewheeled:Horn(enable_horn)

Type	Parameter	Default	Description
boolean	`enable_horn`	Required parameter	No description provided

`RecreatePhysics`

Call this after configuring the vehicle if passed auto_create_physics to constructor

my_vehiclewheeled:RecreatePhysics()

`SetAerodynamicsSetup`

Configures the Vehicle Aerodynamics Settings

my_vehiclewheeled:SetAerodynamicsSetup(mass?, drag_coefficient?, vehicle_chassis_width?, vehicle_chassis_height?, vehicle_downforce_coefficient?, center_of_mass_override?)

Type	Parameter	Default	Description
integer	`mass?`	`1500`	Mass of the vehicle chassis
float	`drag_coefficient?`	`0.3`	Force resisting forward motion at speed
integer	`vehicle_chassis_width?`	`180`	Chassis width used for drag force computation (cm)
integer	`vehicle_chassis_height?`	`140`	Chassis height used for drag force computation (cm)
float	`vehicle_downforce_coefficient?`	`0.3`	Force pressing vehicle into ground at speed
Vector	`center_of_mass_override?`	`Vector(0, 0, 50)`	Overrides the center of mass. Good for curves stabilization. Ideally the Z should be the same as the wheels radius

`SetAutoStartEngine`

Sets if the Engine auto starts when the driver enters the Vehicle

my_vehiclewheeled:SetAutoStartEngine(auto_start)

Type	Parameter	Default	Description
boolean	`auto_start`	Required parameter	No description provided

`SetCameraOffset`

Sets the Vehicle Camera Offset

my_vehiclewheeled:SetCameraOffset(offset)

Type	Parameter	Default	Description
Vector	`offset`	Required parameter	No description provided

`SetEngineSetup`

Configures the Vehicle Engine (Torque, RPM, Braking)

my_vehiclewheeled:SetEngineSetup(max_torque?, max_rpm?, idle_rpm?, brake_effect?, rev_up_moi?, rev_down_rate?)

Type	Parameter	Default	Description
integer	`max_torque?`	`700`	Max Engine Torque (Nm) is multiplied by TorqueCurve
integer	`max_rpm?`	`5700`	Maximum revolutions per minute of the engine
integer	`idle_rpm?`	`1200`	Idle RMP of engine then in neutral/stationary
float	`brake_effect?`	`0.05`	Braking effect from engine, when throttle released
integer	`rev_up_moi?`	`5`	Affects how fast the engine RPM speed up
integer	`rev_down_rate?`	`600`	Affects how fast the engine RPM slows down

`SetEngineStarted`

Sets if the Engine is turned off/on (this will affect Lights, Sounds and ability to Throttle)

my_vehiclewheeled:SetEngineStarted(started)

Type	Parameter	Default	Description
boolean	`started`	Required parameter	No description provided

`SetHeadlightsSetup`

Configures the Headlights Offset and Color.

my_vehiclewheeled:SetHeadlightsSetup(location, color?)

Type	Parameter	Default	Description
Vector	`location`	Required parameter	No description provided
Color	`color?`	`Color(1, 0.86, 0.5)`	No description provided

`SetSteeringSetup`

Configures the Vehicle Steering

my_vehiclewheeled:SetSteeringSetup(steering_type, angle_ratio?)

Type	Parameter	Default	Description
SteeringType	`steering_type`	Required parameter	No description provided
float	`angle_ratio?`	`0.7`	Only applies when AngleRatio is selected

`SetSteeringWheelSetup`

Configures where the Steering Wheel is located, so Characters can grab it procedurally properly

my_vehiclewheeled:SetSteeringWheelSetup(location, radius)

Type	Parameter	Default	Description
Vector	`location`	Required parameter	No description provided
integer	`radius`	Required parameter	No description provided

`SetTaillightsSetup`

Configures the Taillights Offset.

my_vehiclewheeled:SetTaillightsSetup(location)

Type	Parameter	Default	Description
Vector	`location`	Required parameter	No description provided

`SetTireFlat`

Sets a Tire as Flat or not

my_vehiclewheeled:SetTireFlat(wheel_index, is_flat)

Type	Parameter	Default	Description
integer	`wheel_index`	Required parameter	No description provided
boolean	`is_flat`	Required parameter	No description provided

`SetTransmissionSetup`

Configures the Vehicle Transmission

my_vehiclewheeled:SetTransmissionSetup(transmission_final_ratio?, transmission_change_up_rpm?, transmission_change_down_rpm?, transmission_gear_change_time?, transmission_efficiency?)

Type	Parameter	Default	Description
float	`transmission_final_ratio?`	`3.08`	The final gear ratio multiplies the transmission gear ratios
integer	`transmission_change_up_rpm?`	`4500`	Engine Revs at which gear up change occurs
integer	`transmission_change_down_rpm?`	`2000`	Engine Revs at which gear down change occurs
float	`transmission_gear_change_time?`	`0.4`	Time it takes to switch gears (seconds)
float	`transmission_efficiency?`	`0.9`	Mechanical frictional losses mean transmission might operate at 0.94 (94% efficiency)

`SetWheel`

Wheels can be updated in runtime by calling SetWheel again, you can for example change the suspension high or disable a wheel totally by toggling affected_by_engine off or setting radius to 0.

my_vehiclewheeled:SetWheel(index, bone_name, radius?, width?, max_steer_angle?, offset?, is_affected_by_engine?, is_affected_by_brake?, is_affected_by_handbrake?, has_abs_enabled?, has_traction_control_enabled?, max_brake_torque?, max_handbrake_torque?, cornering_stiffness?, side_slip_modifier?, friction_force_multiplier?, slip_threshold?, skid_threshold?, suspension_spring_rate?, suspension_spring_preload?, suspension_max_raise?, suspension_max_drop?, suspension_smoothing?, suspension_damping_ratio?, suspension_wheel_load_ratio?, suspension_axis?, suspension_force_offset?)

Type	Parameter	Default	Description
integer	`index`	Required parameter	Index of the wheel (0-N). Set it in ASC order
string	`bone_name`	Required parameter	Name of the bone to attach this wheel to
integer	`radius?`	`32`	Radius of the wheel
integer	`width?`	`20`	Width of the wheel
integer	`max_steer_angle?`	`50`	Steer angle in degrees for this wheel
Vector	`offset?`	`Vector(0, 0, 0)`	If bone_name is specified, offset the wheel from the bone's location. Otherwise this offsets the wheel from the vehicle's origin
boolean	`is_affected_by_engine?`	`true`	Whether engine should power this wheel
boolean	`is_affected_by_brake?`	`true`	Whether brake should affect this wheel
boolean	`is_affected_by_handbrake?`	`true`	Whether handbrake should affect this wheel
boolean	`has_abs_enabled?`	`false`	Advanced Braking System Enabled
boolean	`has_traction_control_enabled?`	`false`	Straight Line Traction Control Enabled
integer	`max_brake_torque?`	`1500`	Max brake torque for this wheel (Nm)
integer	`max_handbrake_torque?`	`3000`	Max handbrake brake torque for this wheel (Nm). A handbrake should have a stronger brake torque than the brake
integer	`cornering_stiffness?`	`1000`	Tyre Cornering Ability
float	`side_slip_modifier?`	`1.0`	Wheel Lateral Skid Grip Loss, lower number less grip on skid
float	`friction_force_multiplier?`	`2.0`	Friction Force Multiplier
float	`slip_threshold?`	`20.0`	Wheel Longitudinal Slip Threshold
float	`skid_threshold?`	`20.0`	Wheel Lateral Skid Threshold
float	`suspension_spring_rate?`	`250.0`	Spring Force (N/m)
float	`suspension_spring_preload?`	`50.0`	Spring Preload (N/m)
float	`suspension_max_raise?`	`10.0`	How far the wheel can go above the resting position
float	`suspension_max_drop?`	`10.0`	How far the wheel can drop below the resting position
float	`suspension_smoothing?`	`0.0`	Smooth suspension [0-off, 10-max] - Warning might cause momentary visual inter-penetration of the wheel against objects/terrain
float	`suspension_damping_ratio?`	`0.5`	Suspension damping, larger value causes the suspension to come to rest faster [range 0 to 1]
float	`suspension_wheel_load_ratio?`	`0.5`	Amount wheel load effects wheel friction. - At 0 wheel friction is completely independent of the loading on the wheel (This is artificial as it always assumes even balance between all wheels) - At 1 wheel friction is based on the force pressing wheel into the ground. This is more realistic. - Lower value cures lift off over-steer, generally makes vehicle easier to handle under extreme motions.
Vector	`suspension_axis?`	`Vector(0, 0, -1)`	Local body direction in which where suspension forces are applied (typically along -Z-axis)
Vector	`suspension_force_offset?`	`Vector(0, 0, 0)`	Vertical offset from where suspension forces are applied (along Z-axis)

🚀 Events

Inherited Entity Events

	Name	Description
	`ClassRegister`	Triggered when a new Class is registered with the Inheriting System
	`Destroy`	Triggered when an Entity is destroyed
	`Spawn`	Triggered when an Entity is spawned/created
	`ValueChange`	Triggered when an Entity has a value changed with `:SetValue()`

Inherited Actor Events

	Name	Description
	`DimensionChange`	Triggered when an Actor changes it's dimension

Inherited Damageable Events

	Name	Description
	`Death`	When Entity Dies
	`HealthChange`	When Entity has it's Health changed, or because took damage or manually set through scripting or respawning
	`Respawn`	When Entity Respawns
	`TakeDamage`	Triggered when this Entity takes damage

Inherited Vehicle Events

	Name	Description
	`CharacterAttemptEnter`	Triggered when a Character attempts to enter the Vehicle
	`CharacterAttemptLeave`	Triggered when a Character attempts to leave the Vehicle
	`CharacterEnter`	Triggered when a Character fully enters the Vehicle
	`CharacterLeave`	Triggered when a Character fully leaves the Vehicle
	`Hit`	Triggered when Vehicle hits something
	`TakeDamage`	Triggered when this Vehicle takes damage

	Name	Description
	`Horn`	Triggered when Vehicle honks

`Horn`

Triggered when Vehicle honks

VehicleWheeled.Subscribe("Horn", function(self, is_honking)
	-- Horn was called
end)

Type	Argument	Description
VehicleWheeled	`self`	No description provided
boolean	`is_honking`	No description provided

🎒 Examples​

🛠 Constructors​

Default Constructor

🗿 Static Functions​

🦠 Functions​

GetGear

GetRPM

Horn

RecreatePhysics

SetAerodynamicsSetup

SetAutoStartEngine

SetCameraOffset

SetEngineSetup

SetEngineStarted

SetHeadlightsSetup

SetSteeringSetup

SetSteeringWheelSetup

SetTaillightsSetup

SetTireFlat

SetTransmissionSetup

SetWheel

🚀 Events​

Horn

🎒 Examples

🛠 Constructors

🗿 Static Functions

🦠 Functions

`GetGear`

`GetRPM`

`Horn`

`RecreatePhysics`

`SetAerodynamicsSetup`

`SetAutoStartEngine`

`SetCameraOffset`

`SetEngineSetup`

`SetEngineStarted`

`SetHeadlightsSetup`

`SetSteeringSetup`

`SetSteeringWheelSetup`

`SetTaillightsSetup`

`SetTireFlat`

`SetTransmissionSetup`

`SetWheel`

🚀 Events

`Horn`