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Source: Roblox Creator Hub · CC BY 4.0 · View source · Code samples: MIT Imported 2026-10-03. Formatting adapted for this site.

MeshPart

Inherits from: TriangleMeshPart → BasePart → PVInstance → Instance → Object

MeshPart is a form of BasePart that includes a physically simulated custom mesh. Unlike with other mesh classes, such as SpecialMesh and BlockMesh, they are not parented to a BasePart but rather behave as a BasePart in their own right.

The mesh and texture of a MeshPart are determined by the MeshId and TextureID properties. For more information, see Meshes.

Inherits from: TriangleMeshPart

Memory category: BaseParts

Properties

Name	Type / Returns	Description
MeshPart.DoubleSided	boolean	Determines whether to render both faces of polygons in the mesh.
MeshPart.HasJointOffset	boolean	Deprecated legacy flag associated with the part's `JointOffset`.
MeshPart.HasSkinnedMesh	boolean	Indicates whether the mesh currently applied to the `MeshPart` contains skinning (bone and joint) data.
MeshPart.JointOffset	Vector3	Deprecated. An offset once used to position a skinned mesh's joints.
MeshPart.MeshContent	Content	The mesh that is displayed on the `MeshPart`. Supports asset URIs and `EditableMesh` objects.
MeshPart.MeshId	ContentId	The asset URIs of the mesh that is displayed on the `MeshPart`. Reads and writes to `MeshContent`.
MeshPart.RenderFidelity	RenderFidelity	The level of detail used to render the `MeshPart`.
MeshPart.TextureContent	Content	The texture applied to the `MeshPart`. Supports asset URIs and `EditableImage` objects.
MeshPart.TextureID	ContentId	The texture applied to the `MeshPart`. Reads and writes to `TextureContent`.

Inherited from TriangleMeshPart

Name	Type / Returns	Description
TriangleMeshPart.CollisionFidelity	CollisionFidelity	Determines the level of detail the part's physics will adhere to its mesh.
TriangleMeshPart.CollisionPrecision	float	Quantifies how precise or performant a `CollisionFidelity.Tunable` collision geometry is, from `0` to `1`.
TriangleMeshPart.FluidFidelity	FluidFidelity	Determines the geometric representation used to compute aerodynamic forces and torques.
TriangleMeshPart.MeshSize	Vector3	The original size of the part's source mesh geometry, before any scaling applied through `BasePart.Size`.

Inherited from BasePart

Name	Type / Returns	Description
BasePart.Anchored	boolean	Determines whether a part is immovable by physics.
BasePart.AssemblyAngularVelocity	Vector3	The angular velocity of the part's assembly.
BasePart.AssemblyCenterOfMass	Vector3	The center of mass of the part's assembly in world space.
BasePart.AssemblyLinearVelocity	Vector3	The linear velocity of the part's assembly.
BasePart.AssemblyMass	float	The total mass of the part's assembly.
BasePart.AssemblyRootPart	BasePart	A reference to the root part of the assembly.
BasePart.AudioCanCollide	boolean	Determines whether the part will physically interact with audio simulation, similar to `CastShadow` for lighting.
BasePart.BackParamA	float	Determines the first parameter for the SurfaceType on the Back face of a part.
BasePart.BackParamB	float	Determines the second parameter for the SurfaceType on the Back face of a part.
BasePart.BackSurface	SurfaceType	Determines the type of surface for the back face of a part.
BasePart.BackSurfaceInput	InputType	Determines the kind of input for the Back face of a part.
BasePart.BottomParamA	float	Determines the first parameter for the SurfaceType on the Bottom face of a part.
BasePart.BottomParamB	float	Determines the second parameter for the SurfaceType on the Bottom face of a part.
BasePart.BottomSurface	SurfaceType	Determines the type of surface for the bottom face of a part.
BasePart.BottomSurfaceInput	InputType	Determines the kind of input for the Bottom face of a part.
BasePart.BrickColor	BrickColor	Determines the color of a part.
BasePart.brickColor	BrickColor
BasePart.CanCollide	boolean	Determines whether a part may collide with other parts.
BasePart.CanQuery	boolean	Determines whether the part is considered during spatial query operations.
BasePart.CanTouch	boolean	Determines if `Touched` and `TouchEnded` events fire on the part.
BasePart.CastShadow	boolean	Determines whether or not a part casts a shadow.
BasePart.CenterOfMass	Vector3	Describes the world position in which a part's center of mass is located.
BasePart.CFrame	CFrame	Determines the position and orientation of the `BasePart` in the world.
BasePart.CollisionGroup	string	Describes the name of a part's collision group.
BasePart.CollisionGroupId	int	Describes the automatically set ID number of a part's collision group.
BasePart.Color	Color3	Determines the color of a part.
BasePart.CurrentPhysicalProperties	PhysicalProperties	Indicates the current physical properties of the part.
BasePart.CustomPhysicalProperties	PhysicalProperties	Determines several physical properties of a part.
BasePart.Elasticity	float	Used to control the Elasticity of the part, but it no longer does anything.
BasePart.EnableFluidForces	boolean	Used to enable or disable aerodynamic forces on parts and assemblies.
BasePart.ExtentsCFrame	CFrame	The `CFrame` of the physical extents of the `BasePart`.
BasePart.ExtentsSize	Vector3	The actual physical size of the `BasePart` as regarded by the physics engine.
BasePart.Friction	float	Used to control the Friction of the part, but now it no longer does anything.
BasePart.FrontParamA	float	Determines the first parameter for the SurfaceType on the Front face of a part.
BasePart.FrontParamB	float	Determines the second parameter for the SurfaceType on the Front face of a part.
BasePart.FrontSurface	SurfaceType	Determines the type of surface for the front face of a part.
BasePart.FrontSurfaceInput	InputType	Determines the kind of input for the Front face of a part (-Z direction).
BasePart.LeftParamA	float	Determines the first parameter for the SurfaceType on the Left face of a part.
BasePart.LeftParamB	float	Determines the second parameter for the SurfaceType on the Left face of a part.
BasePart.LeftSurface	SurfaceType	Determines the type of surface for the left face of a part.
BasePart.LeftSurfaceInput	InputType	Determines the kind of input for the Left face of a part.
BasePart.LocalTransparencyModifier	float	Determines a multiplier for `BasePart.Transparency` that is only visible to the local client.
BasePart.Locked	boolean	Determines whether a part is selectable in Studio.
BasePart.Mass	float	Describes the mass of the part, the product of its density and volume.
BasePart.Massless	boolean	Determines whether the part contributes to the total mass or inertia of its rigid body.
BasePart.Material	Material	Determines the texture and default physical properties of a part.
BasePart.MaterialVariant	string	The name of `MaterialVariant`.
BasePart.Orientation	Vector3	Describes the rotation of the part in the world.
BasePart.PivotOffset	CFrame	Specifies the offset of the part's pivot from its `CFrame`.
BasePart.Position	Vector3	Describes the position of the part in the world.
BasePart.ReceiveAge	float	Time since last recorded physics update.
BasePart.Reflectance	float	Determines how much a part reflects the skybox.
BasePart.ResizeableFaces	Faces	Describes the faces on which a part may be resized.
BasePart.ResizeIncrement	int	Describes the smallest change in size allowable by the `Resize()` method.
BasePart.RightParamA	float	Determines the first parameter for the SurfaceType on the Right face of a part.
BasePart.RightParamB	float	Determines the second parameter for the SurfaceType on the Right face of a part.
BasePart.RightSurface	SurfaceType	Determines the type of surface for the right face of a part.
BasePart.RightSurfaceInput	InputType	Determines the kind of input for the Right face of a part (-X direction).
BasePart.RootPriority	int	The main rule in determining the root part of an assembly.
BasePart.Rotation	Vector3	The rotation of the part in degrees for the three axes.
BasePart.RotVelocity	Vector3	Determines a part's change in orientation over time.
BasePart.Size	Vector3	Determines the dimensions of a part (length, height, width).
BasePart.SpecificGravity	float	The ratio of the part's density to the density of water determined by the `BasePart.Material`.
BasePart.TopParamA	float	Determines the first parameter for the SurfaceType on the Top face of a part.
BasePart.TopParamB	float	Determines the second parameter for the SurfaceType on the Top face of a part.
BasePart.TopSurface	SurfaceType	Determines the type of surface for the top face of a part.
BasePart.TopSurfaceInput	InputType	Determines the kind of input for the Top face of a part (+Y direction).
BasePart.Transparency	float	Determines how much a part can be seen through (the inverse of part opacity).
BasePart.Velocity	Vector3	Determines a part's change in position over time.

Inherited from PVInstance

Name	Type / Returns	Description
PVInstance.Origin	CFrame	Editor-only property that reads and sets the world `CFrame` of the `PVInstance`'s pivot, moving the entire instance when changed from the Studio Properties window.
PVInstance.Pivot Offset	CFrame	Editor-only property that displays and edits the pivot's `CFrame` relative to the instance, moving only the pivot and leaving the instance in place.

Inherited from Instance

Name	Type / Returns	Description
Instance.Archivable	boolean	Determines if an `Instance` and its descendants can be cloned using `Instance:Clone()`, and can be saved/published.
Instance.archivable	boolean
Instance.Capabilities	SecurityCapabilities	The set of capabilities allowed to be used for scripts inside this container.
Instance.IsInSandbox	boolean	Indicates whether the instance is inside a sandboxed container.
Instance.Name	string	A non-unique identifier of the `Instance`.
Instance.Parent	Instance	Determines the hierarchical parent of the `Instance`.
Instance.PredictionMode	PredictionMode	Reflects the client-side prediction mode applied to the instance under server-authoritative physics.
Instance.RobloxLocked	boolean	A deprecated property that used to protect `CoreGui` objects.
Instance.Sandboxed	boolean	When enabled, the instance can only access abilities in its `Capabilities` list.
Instance.UniqueId	UniqueId	A unique identifier for the instance.

Inherited from Object

Name	Type / Returns	Description
Object.ClassName	string	A read-only string representing the class this `Object` belongs to.
Object.className	string

MeshPart.DoubleSided

This property determines whether to render both faces of polygons in the mesh. This is useful for meshes that are typically modeled as "cards" such as a leaf, hair, or cloth.

Field	Value
type	boolean
security	{"read":"None","write":"None"}
thread safety	ReadSafe
category	Appearance
serialization	{"can_load":true,"can_save":true}
capabilities	["Basic"]

MeshPart.HasJointOffset

Deprecated. This property is deprecated and should not be used in new work.

Deprecated legacy property associated with a MeshPart's internal JointOffset. It is managed by the engine and cannot be set by scripts. Do not use it in new work.

Field	Value
type	boolean
tags	["Hidden","Deprecated"]
security	{"read":"None","write":"NotAccessibleSecurity"}
thread safety	ReadSafe
category	Appearance
serialization	{"can_load":true,"can_save":true}
capabilities	["Basic"]

MeshPart.HasSkinnedMesh

Indicates whether the mesh currently applied to the MeshPart contains skinning (bone and joint) data, such as a mesh authored with an armature for skeletal deformation.

Defaults to false. The engine sets this automatically when a mesh is loaded (true when the mesh data includes joints), so scripts cannot set it.

Field	Value
type	boolean
tags	["Hidden"]
security	{"read":"None","write":"NotAccessibleSecurity"}
thread safety	ReadSafe
category	Appearance
serialization	{"can_load":true,"can_save":true}
capabilities	["Basic"]

MeshPart.JointOffset

Deprecated. This property is deprecated and should not be used in new work.

Deprecated. A Vector3 offset once used to position a skinned mesh's joints. Defaults to 0, 0, 0 and is reset whenever a new mesh is applied to the part. Cannot be set by scripts; do not use it in new work.

Field	Value
type	Vector3
tags	["Hidden","Deprecated"]
security	{"read":"None","write":"NotAccessibleSecurity"}
thread safety	ReadSafe
category	Data
serialization	{"can_load":true,"can_save":true}
capabilities	["Basic"]

MeshPart.MeshContent

The mesh that is displayed on the MeshPart. Supports asset URIs and EditableMesh objects.

Note that this property cannot be changed directly by scripts, as the collision geometry of the mesh cannot be recomputed in real time. See AssetService:CreateMeshPartAsync() as a method to create a new MeshPart from a given Content with a specified CollisionFidelity. MeshPart:ApplyMesh() can be used to overwrite the MeshContent, TextureContent, and collision geometry of an existing MeshPart.

Field	Value
type	Content
security	{"read":"None","write":"NotAccessibleSecurity"}
thread safety	ReadSafe
category	Appearance
serialization	{"can_load":true,"can_save":true}
capabilities	["Basic"]

MeshPart.MeshId

The asset URIs of the mesh that is displayed on the MeshPart. Reads and writes to MeshContent.

Field	Value
type	ContentId
security	{"read":"None","write":"NotAccessibleSecurity"}
thread safety	ReadSafe
category	Appearance
serialization	{"can_load":true,"can_save":true}
capabilities	["Basic"]

MeshPart.RenderFidelity

This property determines the level of detail that the MeshPart will be shown in. It can be set to the possible values of the RenderFidelity enum.

The default value is Automatic, meaning the mesh's detail is based on its distance from the camera as outlined in the following table.

Distance From Camera	Render Fidelity	Example
Less than 250 studs	Highest
250-500 studs	Medium
500 or more studs	Lowest

Field	Value
type	RenderFidelity
tags	["NotReplicated"]
security	{"read":"None","write":"PluginSecurity"}
thread safety	ReadSafe
category	Appearance
serialization	{"can_load":true,"can_save":true}
capabilities	["Basic"]

MeshPart.TextureContent

The texture applied to the MeshPart. Supports asset URIs and EditableImage objects.

When this property is set to Content.none, no texture will be applied to the mesh.

local Workspace = game:GetService("Workspace")

local meshPart = Workspace.MeshPart
meshPart.TextureContent = Content.none  -- No texture

Note that the MeshContent property cannot be directly changed during runtime but the texture can.

Changing a Mesh Texture

Using the TextureContent property, the texture of a mesh can be changed without having to re-upload the mesh. To do this, a new image can be uploaded to Roblox with the desired texture. The original texture image file can be obtained by exporting the mesh using the Export Selection option in Studio. The image file will be saved alongside the exported .obj file.

The new texture can then be uploaded to Roblox as a decal and its asset URI can be applied to the mesh using the TextureContent or TextureID property.

TextureContent can also be set to reference an EditableImage that has not been published yet.

local AssetService = game:GetService("AssetService")
local Workspace = game:GetService("Workspace")

local meshPart = Workspace.MeshPart

local editableImage = AssetService:CreateEditableImageAsync(meshPart.TextureContent)
meshPart.TextureContent = Content.fromObject(editableImage)  -- Live updates

When TextureContent references an EditableImage, the texture will live update with any edits to the EditableImage object.

Making a Textured Mesh

A mesh can only be textured if the mesh has been UV mapped, referring to the practice of projecting a texture map onto a mesh. This cannot be done using Roblox Studio and must be done using an external 3D modeling application such as Blender.

Field	Value
type	Content
security	{"read":"None","write":"None"}
thread safety	ReadSafe
category	Appearance
serialization	{"can_load":true,"can_save":true}
capabilities	["Basic"]

MeshPart.TextureID

The texture applied to the MeshPart. Reads and writes to TextureContent.

When this property is set to an empty string, no texture will be applied to the mesh.

local Workspace = game:GetService("Workspace")

local meshPart = Workspace.MeshPart
meshPart.TextureID = ""  -- No texture

Note that the MeshPart.MeshId property cannot be changed during runtime but the texture can. See TextureContent for details.

Field	Value
type	ContentId
security	{"read":"None","write":"None"}
thread safety	ReadSafe
category	Appearance
serialization	{"can_load":true,"can_save":true}
capabilities	["Basic"]

Methods

Name	Type / Returns	Description
MeshPart:ApplyMesh	()	Overwrites the `MeshContent`, `TextureContent`, and collision geometry properties of this `MeshPart` from the given source `meshPart`.

Inherited from BasePart

Name	Type / Returns	Description
BasePart:AngularAccelerationToTorque	Vector3	Returns the torque needed to achieve a given angular acceleration on this part's assembly, optionally accounting for gyroscopic effects.
BasePart:ApplyAngularImpulse	()	Apply an angular impulse to the assembly.
BasePart:ApplyImpulse	()	Apply an impulse to the assembly at the assembly's `center of mass`.
BasePart:ApplyImpulseAtPosition	()	Apply an impulse to the assembly at specified position.
BasePart:BreakJoints	()	Breaks any surface connection with any adjacent part, including `Weld` and other `JointInstance`.
BasePart:breakJoints	()
BasePart:CanCollideWith	boolean	Returns whether the parts can collide with each other.
BasePart:CanSetNetworkOwnership	Tuple	Checks whether you can set a part's network ownership.
BasePart:GetClosestPointOnSurface	Vector3	Returns the closest point on the part's surface to the given point.
BasePart:GetConnectedParts	List	Returns a table of parts connected to the object by any kind of rigid joint.
BasePart:GetJoints	Instances	Return all Joints or Constraints that is connected to this Part.
BasePart:GetMass	float	Returns the value of the `Mass` property.
BasePart:getMass	float
BasePart:GetNetworkOwner	Instance	Returns the current player who is the network owner of this part, or `nil` in case of the server.
BasePart:GetNetworkOwnershipAuto	boolean	Returns true if the game engine automatically decides the network owner for this part.
BasePart:GetNoCollisionConstraints	Instances	Returns the enabled `NoCollisionConstraint` objects currently registered for this part in its physics world.
BasePart:GetRenderCFrame	CFrame	OBSOLETE. Returns a CFrame describing where the part is being rendered at.
BasePart:GetRootPart	Instance	Returns the base part of an assembly of parts.
BasePart:GetTouchingParts	Instances	Returns a table of all `BasePart.CanCollide` true parts that intersect with this part.
BasePart:GetVelocityAtPosition	Vector3	Returns the linear velocity of the part's assembly at the given position relative to this part.
BasePart:IntersectAsync	Instance	Creates a new `IntersectOperation` from the overlapping geometry of the part and the other parts in the given array.
BasePart:IsGrounded	boolean	Returns true if the object is connected to a part that will hold it in place (eg an `Anchored` part), otherwise returns false.
BasePart:MakeJoints	()	Creates a joint on any side of the object that has a surface ID that can make a joint.
BasePart:makeJoints	()
BasePart:Resize	boolean	Changes the size of an object just like using the Studio resize tool.
BasePart:resize	boolean
BasePart:SetNetworkOwner	()	Sets the given player as network owner for this and all connected parts.
BasePart:SetNetworkOwnershipAuto	()	Lets the game engine dynamically decide who will handle the part's physics (one of the clients or the server).
BasePart:SubtractAsync	Instance	Creates a new `UnionOperation` from the part, minus the geometry occupied by the parts in the given array.
BasePart:TorqueToAngularAcceleration	Vector3	Returns the angular acceleration that would result from applying a given torque to this part's assembly, optionally accounting for gyroscopic effects.
BasePart:UnionAsync	Instance	Creates a new `UnionOperation` from the part, plus the geometry occupied by the parts in the given array.

Inherited from PVInstance

Name	Type / Returns	Description
PVInstance:GetPivot	CFrame	Gets the pivot of a `PVInstance`.
PVInstance:PivotTo	()	Transforms the `PVInstance` along with all of its descendant `PVInstances` such that the pivot is now located at the specified `CFrame`.

Inherited from Instance

Name	Type / Returns	Description
Instance:AddTag	()	Applies a tag to the instance.
Instance:children	Instances	Returns an array of the object's children.
Instance:ClearAllChildren	()	This method destroys all of an instance's children.
Instance:Clone	Instance	Create a copy of an instance and all its descendants, ignoring instances that are not `Archivable`.
Instance:clone	Instance
Instance:Destroy	()	Sets the `Instance.Parent` property to `nil`, locks the `Instance.Parent` property, disconnects all connections, and calls `Destroy()` on all children.
Instance:destroy	()
Instance:FindFirstAncestor	Instance?	Returns the first ancestor of the `Instance` whose `Instance.Name` is equal to the given name.
Instance:FindFirstAncestorOfClass	Instance?	Returns the first ancestor of the `Instance` whose `Object.ClassName` is equal to the given className.
Instance:FindFirstAncestorWhichIsA	Instance?	Returns the first ancestor of the `Instance` for whom `Object:IsA()` returns true for the given className.
Instance:FindFirstChild	Instance?	Returns the first child of the `Instance` found with the given name.
Instance:findFirstChild	Instance
Instance:FindFirstChildOfClass	Instance?	Returns the first child of the `Instance` whose `ClassName` is equal to the given class name.
Instance:FindFirstChildWhichIsA	Instance?	Returns the first child of the `Instance` for whom `Object:IsA()` returns true for the given className.
Instance:FindFirstDescendant	Instance?	Returns the first descendant found with the given `Instance.Name`.
Instance:GetActor	Actor?	Returns the `Actor` associated with the Instance, if any.
Instance:GetAttribute	Variant	Returns the value which has been assigned to the given attribute name.
Instance:GetAttributeChangedSignal	RBXScriptSignal	Returns an event that fires when the given attribute changes.
Instance:GetAttributes	Dictionary	Returns a dictionary of the instance's attributes.
Instance:GetChildren	Instances	Returns an array containing all of the instance's children.
Instance:getChildren	Instances
Instance:GetDebugId	string	Returns a coded string of the debug ID used internally by Roblox.
Instance:GetDescendants	Instances	Returns an array containing all of the descendants of the instance.
Instance:GetFullName	string	Returns a string describing the instance's ancestry.
Instance:GetStyled	Variant	Returns the styled or explicitly modified value of the specified property, or else the default property value if it hasn't been styled/modified.
Instance:GetStyledPropertyChangedSignal	RBXScriptSignal	Returns an event that fires when the given style property changes on the instance.
Instance:GetTags	Array	Gets an array of all tags applied to the instance.
Instance:HasTag	boolean	Check whether the instance has a given tag.
Instance:IsAncestorOf	boolean	Returns true if an `Instance` is an ancestor of the given descendant.
Instance:IsDescendantOf	boolean	Returns `true` if an `Instance` is a descendant of the given ancestor.
Instance:isDescendantOf	boolean
Instance:IsPropertyModified	boolean	Returns `true` if the value stored in the specified property is not equal to the code-instantiated default.
Instance:QueryDescendants	Instances	Returns an array containing all descendants of the instance that match the `selector` string.
Instance:Remove	()	Sets the object's `Parent` to `nil`, and does the same for all its descendants.
Instance:remove	()
Instance:RemoveTag	()	Removes a tag from the instance.
Instance:ResetPropertyToDefault	()	Resets a property to its default value.
Instance:SetAttribute	()	Sets the attribute with the given name to the given value.
Instance:WaitForChild	Instance	Returns the child of the `Instance` with the given name. If the child does not exist, it will yield the current thread until it does.

Inherited from Object

Name	Type / Returns	Description
Object:GetPropertyChangedSignal	RBXScriptSignal	Get an event that fires when a given property of the object changes.
Object:IsA	boolean	Returns true if an object's class matches or inherits from a given class.
Object:isA	boolean

MeshPart:ApplyMesh

Overwrites the MeshContent, TextureContent, and collision geometry properties of this MeshPart from the given source meshPart.

Most of these properties are read-only and cannot be changed during runtime on their own directly. To keep MeshContent and physics data in sync, they must be updated together.

Copies the following properties:

MeshPart.MeshContent (implicitly updates MeshId)
MeshPart.TextureContent (implicitly updates TextureID)
MeshPart.RenderFidelity
MeshPart.CollisionFidelity (with any internal collision geometry)
MeshPart.FluidFidelity (with any internal aero geometry)
MeshPart.MeshSize

Parameters

Name	Type	Default	Description
meshPart	Instance		The source `MeshPart` whose `MeshContent`, `TextureContent`, and collision geometry (along with `RenderFidelity`, `CollisionFidelity`, `FluidFidelity`, and `MeshSize`) are copied onto this part. The object must be a `MeshPart`, otherwise the call throws an error.

Returns

Type	Description
()

Field	Value
security	None
thread safety	Unsafe
capabilities	["Basic"]

Events

Inherited from BasePart

Name	Type / Returns	Description
BasePart.LocalSimulationTouched		Fires on the local client when another part comes in contact with this part.
BasePart.OutfitChanged		Fires when the part's appearance changes due to a `Shirt`.
BasePart.StoppedTouching		Fires on the local client when a part stops touching another part.
BasePart.Touched		Fires when a part touches another part as a result of physical movement.
BasePart.TouchEnded		Fires when a part stops touching another part as a result of physical movement.

Inherited from Instance

Name	Type / Returns	Description
Instance.AncestryChanged		Fires when the `Instance.Parent` property of this object or one of its ancestors is changed.
Instance.AttributeChanged		Fires whenever an attribute is changed on the `Instance`.
Instance.ChildAdded		Fires after an object is parented to this `Instance`.
Instance.childAdded
Instance.ChildRemoved		Fires after a child is removed from this `Instance`.
Instance.DescendantAdded		Fires after a descendant is added to the `Instance`.
Instance.DescendantRemoving		Fires immediately before a descendant of the `Instance` is removed.
Instance.Destroying		Fires immediately before (or is deferred until after) the instance is destroyed via `Instance:Destroy()`.
Instance.StyledPropertiesChanged		Fires whenever any style property is changed on the instance, including when a property is set to `nil`.

Inherited from Object

Name	Type / Returns	Description
Object.Changed		Fires immediately after a property of the object changes, with some limitations.