BRRES (File Format)

BRRES (Binary Revolution RESources) is a file format used on the Wii containing information about models. It stores models, textures, palettes and different types of animations.

All offsets are relative to the start of the structure it's in. Offset value 0 means it null-pointer. This is always the case in this documentation unless noted other.

File Format

Header

The file begins with the following header:

Offset	Type	Description
0x00	Char[4]	File magic. Always bres in ASCII.
0x04	UInt16	Byte-order-mark. FE FF for big endian, FF FE for little endian.
0x06	UInt16	Version number. This field is always set to 0, instead, each sub file has its own version number.
0x08	UInt32	Size of file in bytes.
0x0C	UInt16	Root offset.
0x0E	UInt16	Number of sections, including the root section.

Root

The root links to all subfiles stored in the file. It starts with the following structure:

Offset	Type	Description
0x00	Char[4]	File magic. Always root in ASCII.
0x04	UInt32	Section size in bytes.

After the root comes a dictionary which points to more dictionaries which points to sub files. The following elements are valid in the root:

Name	Element	Description
3DModels(NW4R)	MDL0	3D model.
Textures(NW4R)	TEX0	Texture.
Palettes(NW4R)	PLT0	Color palette which can be used by a texture.
AnmChr(NW4R)	CHR0	Bone animation.
AnmClr(NW4R)	CLR0	Color animation.
AnmTexPat(NW4R)	PAT0	Texture pattern animation.
AnmScn(NW4R)	SCN0	Scene animation.
AnmShp(NW4R)	SHP0	Shape animation.
AnmTexSrt(NW4R)	SRT0	Texture SRT animation.
AnmVis(NW4R)	VIS0	Bone visibility animation.
External	External file	Generic data file which can be embedded into the BRRES which is ignored by the renderer.

MDL0

Offset	Type	Description
0x00	Char[4]	Section magic. Always MDL0 in ASCII.
0x04	UInt32	Section size in bytes.
0x08	UInt32	Version number.
0x0C	Int32	BRRES offset.
0x10	Int32	Definition dictionary offset.
0x14	Int32	Bone dictionary offset.
0x18	Int32	Position dictionary offset.
0x1C	Int32	Normal dictionary offset.
0x20	Int32	Color dictionary offset.
0x24	Int32	UV dictionary offset.
If version ≥ 10
0x28	Int32	Fur vector dictionary offset.
0x2C	Int32	Fur layer dictionary offset.
0x30	Int32	Material dictionary offset
0x34	Int32	TEV dictionary offset
0x38	Int32	Shape dictionary offset
0x3C	Int32	Texture link dictionary offset
0x40	Int32	Palette link dictionary offset
If version ≥ 11
0x44	Int32	User data offset.
0x44	Int32	Name offset.
Else
0x40	Int32	Name offset.
Else
0x28	Int32	Material dictionary offset
0x2C	Int32	TEV dictionary offset
0x30	Int32	Shape dictionary offset
0x34	Int32	Texture link dictionary offset
0x38	Int32	Palette link dictionary offset
0x3C	Int32	Name offset.

After the header follows a structure declaring some common properties for the model. It has the following structure:

Offset	Type	Description
0x00	UInt32	Section size. Always 0x40.
0x04	Int32	MDL0 offset.
0x08	UInt32	Scaling rule. ID Description 0 Standard 1 Softimage 2 Maya
0x0C	UInt32	Texture matrix mode. ID Description 0 Maya 1 XSI 2 3ds Max
0x10	UInt32	Total number of vertices in the model.
0x14	UInt32	Total number of faces in the model.
0x18	Int32	Original path offset.
0x1C	UInt32	Number of bones.
0x20	Byte	Need normal matrix array.
0x21	Byte	Need texture matrix array.
0x22	Byte	Enable extents.
0x23	Byte	Envelope matrix mode. ID Description 0 Normal 1 Approximate 2 Exact
0x24	Int32	Matrix to bone table offset.
0x28	Float[3]	Minimum cooordinates of the whole model.
0x34	Float[3]	Maximum cooordinates of the whole model.

Matrix To Bone table

Offset	Type	Description
0x00	UInt32	Number of entries.
0x04	Int32[]	Bone index for each matrix. -1 means that the weight is stored in a definition entry.

Definition

Each definition contains byte-code which is used for various things. The following table shows the known definitions and their usage.

Name	Description	Node(s)
NodeTree	Specifies the parent for all bones.	2
NodeMix	Contains weights for non-riggid skinning, thus weights for a vertex which is influenced by more than one bone.	3, 5
DrawOpa	Draws a shape opaque.	4
DrawXlu	Draws a shape xlu.	4

Each entry starts directly with byte code. Each node starts with a byte respresenting command. The following codes are supported:

ID	Description
1	End. No more byte code follows.
2	Specifies the parent bone for a bone.
3	Specifies a vertex weight which doesn't have to be rigid.
4	Specifies draw properties for a shape.
5	Maps a matrix index to a bone index.

Node 2 Data

Offset	Type	Description
0x00	UInt16	Bone index.
0x02	UInt16	Parent matrix index. If the bone has no parent, this is set to 0.

Node 3 Data

Offset	Type	Description
0x00	UInt16	Index.
0x02	Byte	Number of entries.

The entries follow directly afterwards and have the following structure:

Offset	Type	Description
0x00	UInt16	Matrix index.
0x02	Float	Weight.

Node 4 Data

Offset	Type	Description
0x00	UInt16	Material index.
0x02	UInt16	Shape index.
0x04	UInt16	Bone index. Specifies the index of the bone which specifies the visibility of the shape.
0x06	UInt16	Render priority. A value of 1 has the most priority, 255 the least. 0 means the renderer will decide the priority.

Node 5 Data

Offset	Type	Description
0x00	UInt16	Matrix index.
0x02	UInt16	Bone index.

Bone

In the bone dictionary all bones are linked in a big array. The hierarchy is stored within the bones themselves, each bone links to its children, its parent and the previous and next sibling. Each bone has the following structure:

Offset	Type	Description
0x00	UInt32	Section size. Includes this bone structure and the user data attached to this bone.
0x04	Int32	MDL0 offset.
0x08	Int32	Bone name offset.
0x0C	UInt32	Bone index.
0x10	UInt32	Matrix index.
0x14	UInt32	Flags. xxxx xxxx xxxx xxxx xxxx xABC DEFG HIJK. A: has billboard parent B: has geometry C: visible D: classic scale is off E: segment scale compensate parent (for Maya bone transformation) F: segment scale compensate apply (for Maya bone transformation) G: scale uniform H: scale by one I: zero rotation J: zero translation K: identity, no transformation
0x18	UInt32	Billboard flags. ID Description 0 Off 1 Standard 2 Standard perspective 3 Rotation 4 Rotation perspective 5 Y 6 Perspective Y
0x1C	UInt32	Billboard reference. Index of the bone which is used as reference for a billboard bone. 0 if billboard is disabled.
0x20	Float[3]	Bone scale.
0x2C	Float[3]	Bone rotation in degrees.
0x38	Float[3]	Bone translation.
0x44	Float[3]	Mimimum coordinate.
0x50	Float[3]	Maximum coordinate.
0x5C	Int32	Parent bone offset.
0x60	Int32	First child bone offset.
0x64	Int32	Next sibling bone offset.
0x68	Int32	Previous sibling bone offset.
0x6C	Int32	User data offset.
0x70	Float[3][4]	Absolute transformation for this bone stored as a 3x4 matrix. The matrix is stored row by row.
0xA0	Float[3][4]	Absolute inverse transformation for this bone stored as a 3x4 matrix. The matrix is stored row by row. Used for non-rigid weights.

Position Data

This section stores position data. Each entry has the following structure:

Offset	Type	Description
0x00	UInt32	Section size.
0x04	Int32	MDL0 offset.
0x08	Int32	Data offset. Points to the position data.
0x0C	Int32	Name offset.
0x10	UInt32	Index.
0x14	UInt32	Position type. ID Description 0 XY 1 XYZ
0x18	UInt32	Position format. ID Description 0 Byte 1 SByte 2 UInt16 3 Int16 4 Float
0x1C	Byte	Divisor. When format is not float, the data is divided by (1 << Divisor).
0x1D	Byte	Position stride. Size of one position in bytes.
0x1E	UInt16	Number of positions.
0x20	Float[3]	Minimum position.
0x2C	Float[3]	Maximum position.
0x38	Byte[8]	Padding.

Normal Data

This section stores normal data, and optionally tangents and binormals. Each entry has the following structure:

Offset	Type	Description
0x00	UInt32	Section size.
0x04	Int32	MDL0 offset.
0x08	Int32	Data offset. Points to the normal data.
0x0C	Int32	Name offset.
0x10	UInt32	Index.
0x14	UInt32	Normal type. ID Description 0 Normal 1 Normal and Binormal and Tangent 2 Normal or Binormal or Tangent
0x18	UInt32	Normal format. ID Description 0 Byte 1 SByte 2 UInt16 3 Int16 4 Float
0x1C	Byte	Divisor. When format is not float, the data is divided by (1 << Divisor).
0x1D	Byte	Normal stride. Size of one normal in bytes.
0x1E	UInt16	Number of normals.

Color Data

This section stores color data. Each entry has the following structure:

Offset	Type	Description
0x00	UInt32	Section size.
0x04	Int32	MDL0 offset.
0x08	Int32	Data offset. Points to the color data.
0x0C	Int32	Name offset.
0x10	UInt32	Index.
0x14	UInt32	Color type. ID Description 0 RGB 1 RGBA
0x18	UInt32	Color format. ID Description 0 RGB565 1 RGB8 2 RGBX8 3 RGBA4 4 RGBA6 5 RGBA8
0x1C	Byte	Color stride. Size of one color in bytes.
0x1D	Byte	Padding.
0x1E	UInt16	Number of colors.

UV Data

This section stores UV data. Each entry has the following structure:

Offset	Type	Description
0x00	UInt32	Section size.
0x04	Int32	MDL0 offset.
0x08	Int32	Data offset. Points to the UV data.
0x0C	Int32	Name offset.
0x10	UInt32	Index.
0x14	UInt32	UV type. ID Description 0 S 1 ST
0x18	UInt32	UV format. ID Description 0 Byte 1 SByte 2 UInt16 3 Int16 4 Float
0x1C	Byte	Divisor. When format is not float, the data is divided by (1 << Divisor).
0x1D	Byte	UV stride. Size of one UV in bytes.
0x1E	UInt16	Number of positions.
0x20	Float[2]	Minimum UV.
0x28	Float[2]	Maximum UV.
0x30	Byte[10]	Padding.

Fur Vector Data

This section stores fur vectors, used to produce fur. Each entry has the following structure:

Offset	Type	Description
0x00	UInt32	Section size.
0x04	Int32	MDL0 offset.
0x08	Int32	Data offset. Points to the fur vector data. Each vector is stored as 3 floats.
0x0C	Int32	Name offset.
0x10	UInt32	Index.
0x14	UInt16	Number of fur vectors.
0x16	Byte[0x0A]	Padding.

Fur Layer Data

This section stores fur layers, used to produce fur. Each entry has the following structure:

Offset	Type	Description
0x00	UInt32	Section size.
0x04	Int32	MDL0 offset.
0x08	Int32	Data offset. Points to the fur layer data.
0x0C	Int32	Name offset.
0x10	UInt32	Index.
0x14	UInt32	Fur layer type. ID Description 0 S 1 ST
0x18	UInt32	Fur layer format. ID Description 0 Byte 1 SByte 2 UInt16 3 Int16 4 Float
0x1C	Byte	Divisor. When format is not float, the data is divided by (1 << Divisor).
0x1D	Byte	Fur layer stride. Size of one fur layer position in bytes.
0x1E	UInt16	Number of fur layer positions.
0x20	UInt32	Number of layers.
0x24	UInt32	Layer size. Size of one layer in bytes.
0x28	Byte[0x18]	Padding.

Material

A material contains information about how a shape is displayed, for example textures and lighting. The material is used as input to a TEV, which transforms the material input into the final pixel color on the screen. A lot of material data is stored as GPU commands, which are sent directly to the GPU. Each material contains two lighting channels, up to eight textures and other parameters.

Offset	Type	Description
0x00	UInt32	Section size.
0x04	Int32	MDL0 offset.
0x08	Int32	Material name offset.
0x0C	UInt32	Index.
0x10	UInt32	Usage flag. Axxx xxxx xxxx xxxx xxxx xxxx BCDE FGHI. A: XLU (1) or opaque (0). B: do not send texture matrix display list C: do not send texture coordinate generator display list D: do not send generator mode display list E: do not send lighting channel display list F: do not send indirect matrix and scale display list G: do not send texture coordinate scale display list H: do not send TEV color display list I: do not send pixel display list Note that B – I should be 0 in all files, it is intended to be set and used on runtime.
0x14	Byte	Number of texture generators.
0x15	Byte	Number of used lighting channels.
0x16	Byte	Active number of TEV stages.
0x17	Byte	Active number of indirect TEV stages.
0x18	UInt32	Culling. ID Description 0 None (display both faces) 1 Front (display back face) 2 Back (display front face) 3 Both (display no faces)
0x1C	Byte	Depth test before texturing.
0x1D	SByte	SCN0 light set. -1 if none.
0x1E	SByte	SCN0 fog set. -1 if none.
0x1F	Byte	Padding.
0x20	Byte[4]	Indirect methods for 4 indirect textures. ID Description 0 Wrap 1 Normal map 2 Normal map specular 3 Fur 4 Reserved 5 Reserved 6 User 0 7 User 1
0x24	SByte[4]	Normal map reference lights. -1 if none.
0x28	Int32	TEV offset.
0x2C	UInt32	Number of textures.
0x30	Int32	Texture reference array offset.
If version ≥ 10
0x34	Int32	Fur data offset.
0x38	Int32	User data offset.
0x3C	Int32	Material display list offset.
Else
0x34	Int32	User data offset.
0x38	Int32	Material display list offset.

Texture Look-Up

The following two structures follows. They are both initialized on runtime and should always be filled with zeros in a file.

Offset	Type	Description
0x00	UInt32	Used texture maps flag. xxxx xxxx xxxx xxxx xxxx xxxx ABCD DEFG. G is set if texture 0 is used, F is set if texture 1 is used, and so on.
0x04	Byte[8][0x20]	Space for 8 texture object structures.

Offset	Type	Description
0x00	UInt32	Used palettes flag. xxxx xxxx xxxx xxxx xxxx xxxx ABCD DEFG. G is set if palette 0 is used, F is set if palette 1 is used, and so on.
0x04	Byte[8][0x0C]	Space for 8 texture object structures.

Texture SRT

After that follows texture SRT (scale, rotate, translate) information. It starts with the following structure:

Offset	Type	Description
0x00	UInt32	Flag storing information for 8 textures. The 4 LSB bits are for texture 0, and the 4 MSB bits are for texture 7. The 4-bit flag has the following layout: ABCD. A: translate zero B: rotate zero C: scale by one D: animation exists (always 1 for used texture slots)
0x04	UInt32	Texture matrix mode. ID Description 0 Maya 1 XSI 2 3ds Max

8 instances of the following structure follows:

Offset	Type	Description
0x00	Float[2]	Scale.
0x08	Float	Rotation in degrees.
0x0C	Float[2]	Translation.

8 instances of the following structure follows:

Offset	Type	Description
0x00	SByte	SCN0 camera reference. -1 for none.
0x01	SByte	SCN0 light reference. -1 for none.
0x02	Byte	Mapping method. ID Description 0 Texture coordinate 1 Enviroment camera 2 Projection 3 Enviroment light 4 Environment specular
0x03	Byte	Identity matrix.
0x04	Float[3][4]	Texture transformation stored as a 3x4 matrix. The data is stored row by row. An identity matrix is always stored in the file.

Lighting Channel

Two channels are always stored in the file. How many of them are activated is set in the material structure.

Offset	Type	Description
0x00	UInt32	Flag. xxxx xxxx xxxx xxxx xxxx xxxx xxAB CDEF. A: enable rasterized alpha B: enable rasterized color C: enable ambient alpha D: enable ambient color E: enable material alpha F: enable material color
0x04	UInt32	Material color in RGBA format.
0x08	UInt32	Ambient color in RGBA format.
0x0C	UInt32	Color control flag. xxxx xxxx xxxx xxxx xABC DEFG GHIJ KLMN. A: enable light 7 (runtime) B: enable light 6 (runtime) C: enable light 5 (runtime) D: enable light 4 (runtime) E: attenuation, either specular (0) or spotlight (1) F: enable attenuation G: diffuse function, either disable (0), enable (1) or clamp (2) H: ambient source, either register (0) or vertex (1) I: enable light 3 (runtime) J: enable light 2 (runtime) K: enable light 1 (runtime) L: enable light 0 (runtime) M: enable material N: material souce, either register (0) or vertex (1)
0x10	UInt32	Alpha control flag. Identical to the color control flag, but controls alpha instead of color.

Fur Data

The fur data structure stores information about how fur is rendered. It has the following structure:

Offset	Type	Description
0x00	Float	Fur length.
0x04	UInt32	Number of layers.
0x08	UInt32	Interval. ID Description 0x00 Uniform 0x01 Tip
0x0C	Float	Alpha curve.
0x10	Float	Specular curve.

Texture Reference

This structure references a texture and optionally a palette, as well as specifying parameters for how the texture is rendered. Each reference has the following structure:

Offset	Type	Description
0x00	Int32	Texture name offset.
0x04	Int32	Palette name offset.
0x08	Int32	Texture pointer, set on runtime.
0x0C	Int32	Palette pointer, set on runtime.
0x10	UInt32	Texture slot ID.
0x14	UInt32	Palette slot ID.
0x18	UInt32[2]	Wrap mode for U respectively V. ID Description 0 Clamp 1 Repeat 2 Mirror
0x20	UInt32	Min filter. ID Description 0 Nearest 1 Linear 2 Nearest Mipmap Nearest 3 Linear Mipmap Nearest 4 Nearest Mipmap Linear 5 Linear Mipmap Linear
0x24	UInt32	Mag filter. ID Description 0 Nearest 1 Linear
0x28	Float	LOD bias.
0x2C	UInt32	Max anisotropy. ID Description 0 One 1 Two 2 Four
0x30	Byte	Clamp bias.
0x31	Byte	Texel interpolate.
0x32	Byte[2]	Padding.

Material Display List

This section contains GPU commands containing different material data. It first stores 0xE0 bytes of BP commands, then 0xA0 bytes of XF commands. While the commands are always stored in a specific order, the order of most of the commands doesn't matter.

TEV

TEV stands for Texture EnVironment and is the code which specifies the color output. A material specifies data to send into a TEV, and the TEV performs all the calculations. While TEV is a fixed-function pipeline shader system, and not at all as generic as GLSL or HLSL, it can still do a lot of impressive work.

A TEV is devided into stages and groups. A group is made of 2 stages, but both doesn't have to be used. The GPU supports 16 stages, meaning 8 groups, and there are always 16 stages stored in the file. Unused commands in a stage, or the whole stage, is filled with NOP (no operation) commands.

Offset	Type	Description
0x00	UInt32	Section size. Always 0x200.
0x04	Int32	MDL0 offset.
0x08	UInt32	Index.
0x0C	Byte	Number of used stages.
0x0D	Byte[3]	Padding.
0x10	SByte[8]	Eight texture references, each reference points to a texture slot. -1 means none.
0x18	Byte[8]	Padding.

After comes GPU commands specifying the TEV stages and some other commands.

Shape

A shape is used to link together the buffers, materials and more, to be able to render a model. It contains the draw commands for rendering the model and indexes the different buffers.

Offset	Type	Description
0x00	UInt32	Section size.
0x04	Int32	MDL0 offset.
0x08	Int32	Single-bind matrix index. -1 means the model is rigged to multiple bones.
0x0C	UInt32	CP vertex format low.
0x10	UInt32	CP vertex format low.
0x14	UInt32	XF vertex specification.
0x18	Primitive Data Group	Vertex definition. Contains the display list for vertex setup.
0x24	Primitive Data Group	Vertex primitives. Contains the display list for rendering primitives.
0x30	UInt32	Enable array flag. xxxx xxxx xxxA BCDE FGHI JKLM NOPQ RSTU. A: UV 7 B: UV 6 C: UV 5 D: UV 4 E: UV 3 F: UV 2 G: UV 1 H: UV 0 I: color 1 J: color 0 K: normal L: position M: texture matrix 7 N: texture matrix 6 O: texture matrix 5 P: texture matrix 4 Q: texture matrix 3 R: texture matrix 2 S: texture matrix 1 T: texture matrix 0 U: position matrix
0x34	UInt32	Shape flag. xxxx xxxx xxxx xxxx xxxx xxxx xxxx xxAB. A: invisible (1) or visible (0) B: change current matrix
0x38	Int32	Name offset.
0x3C	UInt32	Index.
0x40	UInt32	Number of vertices.
0x44	UInt32	Number of faces.
0x48	Int16	Position index. -1 for none.
0x4A	Int16	Normal index. -1 for none.
0x4C	Int16[2]	Color indices. -1 for none.
0x50	Int16[8]	UV indices. -1 for none.
If version ≥ 10
0x60	Int16	Fur vector index. -1 for none.
0x62	Int16	Fur layer index. -1 for none.
0x64	Int32	Used matrix table offset.
Else
0x60	Int32	Used matrix table offset.

Used Matrix Table

The used matrix table has the following structure:

Offset	Type	Description
0x00	UInt32	Number of matrix indices.
0x04	UInt16[]	Matrix indices.

Primitive Data Group

This structure points to a display list. It has the following structure:

Offset	Type	Description
0x00	UInt32	Buffer size. Actual size of the display list in bytes, including padding.
0x04	UInt32	Used size. Size including all commands, excluding padding.
0x08	Int32	Display list offset.

Texture Palette Link

A texture palette link points a used texture or palette to where it's used. It points to both the owning material and the texture reference where it's referenced. It starts with the following structure:

Offset	Type	Description
0x00	UInt32	Number of entries.

Texture Palette Link Entry

All entries follow directly afterwards and has the following structure:

Offset	Type	Description
0x00	Int32	Material offset, relative to the start of the texture palette link.
0x00	Int32	Texture reference offset, relative to the start of the texture palette link.

TEX0

Offset	Type	Description
0x00	Char[4]	File magic. Always TEX0 in ASCII.
0x04	UInt32	Section size in bytes.
0x08	UInt32	Version number.
0x0C	Int32	BRRES offset.
If version = 2
0x10	UInt32	Is palette. Specifies if the image uses a palette.
0x14	Int32	Texture data offset.
0x18	Int32	Texture name offset.
0x1C	Int32	Original path offset.
0x20	UInt16	Texture width in pixels.
0x22	UInt16	Texture height in pixels.
0x24	UInt32	Image format.
0x28	UInt32	Number of mipmaps, including the main image.
0x2C	Float	Min LOD.
0x30	Float	Max LOD.
0x34	Byte[0x0C]	Padding.
Else
0x10	Int32	Texture data offset.
0x14	Int32	Texture name offset.
0x18	UInt32	Is palette. Specifies if the image uses a palette.
0x1C	UInt16	Texture width in pixels.
0x1E	UInt16	Texture height in pixels.
0x20	UInt32	Image format.
0x24	UInt32	Number of mipmaps, including the main image.
0x28	Float	Min LOD.
0x2C	Float	Max LOD.
0x30	Int32	Original path offset.
If version ≥ 3
0x30	Int32	User data offset.
0x34	Byte[8]	Padding.
Else
0x30	Byte[0x0C]	Padding.

PLT0

Offset	Type	Description
0x00	Char[4]	File magic. Always PLT0 in ASCII.
0x04	UInt32	Section size in bytes.
0x08	UInt32	Version number.
0x0C	Int32	BRRES offset.
0x10	Int32	Palette data offset.
0x14	Int32	Palette name offset.
0x18	Int32	Palette format.
0x1C	UInt16	Number of palette entries.
0x1E	Byte[2]	Padding.
0x20	Int32	Original path offset.
If version ≥ 3
0x24	Int32	User data offset.
0x28	Byte[0x18]	Padding.
Else
0x24	Byte[0x1C]	Padding.

Version List

MDL0

Version	Found in
8	Mario Kart Wii
9	Wii Sports
10
11	Mario Kart Wii

TEX0

Version	Found in
1	Mario Kart Wii Wii Sports
2	Mario Kart Wii
3	Mario Kart Wii

PLT0

Version	Found in
1	Wii Sports
3

CHR0

Version	Found in
3	Mario Kart Wii
4	Wii Sports
5	Mario Kart Wii

CLR0

Version	Found in
3
4	Mario Kart Wii

PAT0

Version	Found in
3
4	Mario Kart Wii

SCN0

Version	Found in
4	Mario Kart Wii Wii Sports
5	Mario Kart Wii

SHP0

Version	Found in
3
4	Mario Kart Wii

SRT0

Version	Found in
4	Mario Kart Wii Wii Sports
5	Mario Kart Wii

VIS0

Version	Found in
3
4

Tools

The following tools can handle BRRES files:

• BrawlBox, by Kryal and BlackJax96
• CTools, by Chadderz
• SZS Modifier, by Chadderz