An unofficial native recompilation of the Xbox 360 version of Skate 3, supporting Windows, Linux, and macOS.

As of v2.0.0, the game runs on a native renderer built directly on Direct3D 12 and Vulkan instead of emulating the Xbox 360 GPU. Compared to the emulated renderer it delivers more than twice the frame rate at roughly a quarter of the GPU power draw, and on Apple Silicon the frame rate uplift is closer to 10x.

The new native renderer is early and is likely to have issues, I haven't tested the game all the way through.

The project does not include Skate 3 retail game files. To run or build the project, you must provide files from your own legally obtained Xbox 360 copy of Skate 3.

Native Rendering Showcase (click to go to YouTube):

How Do I Play?

Notes:

• The Windows version is the most tested, followed by Linux, and then macOS.
• On some hardware configurations, you may have a better experience running the Windows version through a translation layer like Proton rather than the native Linux build itself.
• The macOS ARM build is experimental and more prone to issues.

Windows

1. Download the latest release Skate3Recomp-Windows.zip from the releases page.
2. Extract it anywhere you like, to a folder you control.
3. Run skate3.exe.
4. Click "Select ISO" to select your legally obtained copy of Skate 3.
5. Wait for the installer to extract the game files.
6. Click "Start Game".

Linux

1. Download the latest release Skate3Recomp-Linux.zip from the releases page.
2. Extract it anywhere you like, to a folder you control.
3. Run skate3.
4. Click "Select ISO" to select your legally obtained copy of Skate 3.
5. Wait for the installer to extract the game files.
6. Click "Start Game".

macOS (ARM / Experimental)

1. Download the latest release Skate3Recomp-macOS.zip from the releases page.
2. Extract it anywhere you like, to a folder you control.
3. Run the game by opening the skate3recomp app. Game files, saves and settings are kept in the folder containing the app, so keep it in a folder you control rather than in Downloads or Applications.
4. The first time, right-click the app and choose Open, or approve it under System Settings > Privacy & Security, before macOS will allow it to run.
5. Click "Select ISO" to select your legally obtained copy of Skate 3.
6. Wait for the installer to extract the game files.
7. Click "Start Game".

Native Renderer

Since v2.0.0 the game no longer relies on emulating the Xbox 360 GPU. A native renderer draws the game directly through Direct3D 12 or Vulkan, covering the entire game: gameplay, menus, HUD, loading screens, videos, and the photo, replay, skater, and park editors. It runs exact ports of the game's own material shading for the world, characters, vehicles, and water, so the image stays at close visual parity with the original console output while running far faster and more efficiently.

• The native renderer is on by default. Settings > Video > Renderer switches between Native and Emulated live, and F5 hot-toggles between them at any time. If the native renderer ever hits an unrecoverable error, the game falls back to the emulated renderer and shows a corner indicator; F5 retries the native path.
• On Windows, a single build ships both graphics API backends: Settings > Video > Graphics API selects DirectX 12 or Vulkan (applied with Apply & Restart; DirectX 12 is preferred by default). Linux uses Vulkan, and macOS uses Vulkan through MoltenVK.
• Optional enhancements beyond the original game live under Settings > Video: MSAA up to 8x, enhanced real-time sun shadows with contact-hardening soft shadows, ambient occlusion, bloom, volumetric lighting, extended draw distance and world streaming, render scale up to 3x, and true ultrawide.

Known issues:

• Occasional texture and asset pop-in or brief flicker while streaming quickly around the map (also present in the emulated renderer)
• Issues with rendering skater customization options in the edit skater mode (skin, hair, clothing etc.)
• Hall of Meat currently not rendered properly (missing bone highlights etc.)
• Skate parks and park editing currently have some general visual parity / rendering issues

Installing DLC

To use DLC, you must provide package files from your own legally obtained Xbox 360 DLC.

Create a dlc folder either beside the executable, inside the installed game folder, or in the user data folder. Place the DLC package files in that folder and start the game.

Saves and Portable Mode

Saved games live in the user data folder by default (%APPDATA%\skate3, i.e. AppData\Roaming\skate3, on Windows). Two portable options are available:

• Create a saves folder next to the executable and the game keeps saved games there instead. The folder must exist before launch, and existing saves are not migrated automatically - copy them over from the user data folder.
• Create an empty portable.txt file next to the executable to keep all user data in the executable's folder.

True Ultrawide

The builds include an experimental true ultrawide mode: the native renderer draws the world at your display's full aspect ratio (21:9 and wider) with a matching wider field of view, while the HUD and menus stay centered and undistorted. Enable it via the Aspect Ratio setting or skate3_ultrawide = true. It requires the native renderer; with the emulated renderer the game presents in standard 16:9. Rendering more of the scene costs proportionally more GPU time.

Controls

• Standard Xbox controls using an Xbox controller are the preferred and main input method.
• PlayStation (DualShock/DualSense), Switch and most generic controllers are supported through the SDL controller backend: set Settings > Controls > Controller Backend to SDL and restart the game. Steam Input through XInput also works. On Linux and macOS the SDL backend is always used, so these controllers work out of the box.
• Keyboard controls can be enabled in the game settings menu.
• Press Escape on keyboard or (RB + Start) on the controller to open the game settings menu. The chord can be changed in Settings > Controls.

Keyboard Keybinds

• Left stick: W/A/S/D
• Right stick: mouse movement
• A/B/X/Y: Space/C/E/F
• LT/RT: RMB/LMB
• LB/RB: Q/R
• Left stick press: Shift
• Right stick press: MMB
• Back/Start: Tab/Return

Building from Source

All platforms build with CMake 3.25+, Ninja, and Clang 18 or newer - ReXGlue requires Clang, so MSVC and Apple Clang are not supported. On Windows, install LLVM for Windows and Ninja.

Clone with submodules:

git clone --recursive <repo-url> skate3recomp
cd skate3recomp

If you already cloned without submodules:

git submodule sync --recursive
git submodule update --init --recursive --jobs "$(nproc 2>/dev/null || echo 4)"

The build-time codegen needs an extracted game dump containing default.xex and data/webkit/EAWebkit.xex. Put that dump in game/, or pass a path with SKATE3_GAME_DATA_ROOT.

The codegen should also be given the Skate 3 Title Update 3 package - the same TU_12K2276_000000C000000.00000000000O3 file the in-game title update installer downloads. Place it in the repository root under its original name, or pass a path with -DSKATE3_TITLE_UPDATE_PACKAGE=. With the package present, the build extracts the update patches and recompiles the TU3-patched executables - the configuration used by release builds, whose runtime requires the title update to be staged before the game will boot. Without the package, codegen falls back to the unpatched retail image; that path is no longer regularly tested, and generate-all reporting unresolved calls on a clean retail dump is the usual symptom of building without the title update.

Generate the recompiled source first:

cmake --preset relwithdebinfo -DSKATE3_GAME_DATA_ROOT="$PWD/game"
cmake --build --preset relwithdebinfo --target generate-all --parallel

Then reconfigure so CMake sees the generated source lists and build:

cmake --preset relwithdebinfo -DSKATE3_GAME_DATA_ROOT="$PWD/game"
cmake --build --preset relwithdebinfo --parallel

For release packaging, use the release preset on Windows, the linux-release preset on Linux, or the macos-release preset on macOS.

The native renderer's HLSL sources live in src/native/shaders and are embedded into the build automatically. The matching Vulkan SPIR-V binaries are pre-compiled offline with DXC and committed under src/native/shaders/spirv, so building needs no shader tooling; the SPIR-V header only needs regenerating after editing the HLSL.

Ubuntu/Linux Build

These instructions target Ubuntu 24.04 LTS on x86_64. Other distributions need the same toolchain shape: CMake, Ninja, Clang 20 or newer, Vulkan development headers, GTK 3 development headers, and SDL-compatible audio/input development packages.

ReXGlue requires Clang. Clang 20 is recommended on Ubuntu because it matches the Linux toolchain used by the rexglue SDK CI and avoids Ubuntu 24.04's Clang 18/libstdc++ std::expected feature-test mismatch.

Install LLVM's apt repository and dependencies:

sudo apt update
sudo apt install -y wget gnupg lsb-release software-properties-common
wget https://apt.llvm.org/llvm.sh
chmod +x llvm.sh
sudo ./llvm.sh 20
sudo apt install -y \
  git cmake ninja-build build-essential pkg-config p7zip-full \
  clang-20 lld-20 \
  libgtk-3-dev libx11-xcb-dev \
  libvulkan-dev vulkan-tools mesa-vulkan-drivers \
  libasound2-dev libpulse-dev libpipewire-0.3-dev libudev-dev

Optional packages improve controller/input and diagnostics coverage in SDL:

sudo apt install -y libusb-1.0-0-dev libunwind-dev libibus-1.0-dev liburing-dev

Initialize submodules as described above, then configure, generate, reconfigure, and build a development build:

cmake --preset linux-relwithdebinfo -DSKATE3_GAME_DATA_ROOT="$PWD/game"
cmake --build --preset linux-relwithdebinfo --target generate-all --parallel
cmake --preset linux-relwithdebinfo -DSKATE3_GAME_DATA_ROOT="$PWD/game"
cmake --build --preset linux-relwithdebinfo --parallel

Build a Linux release:

cmake --preset linux-release -DSKATE3_GAME_DATA_ROOT="$PWD/game"
cmake --build --preset linux-release --target generate-all --parallel
cmake --preset linux-release -DSKATE3_GAME_DATA_ROOT="$PWD/game"
cmake --build --preset linux-release --parallel

The release artifacts are:

out/build/linux-release/skate3
out/build/linux-release/librexruntime.so

macOS Build (Apple Silicon)

macOS builds use Homebrew LLVM - the macos-* presets expect the toolchain at /opt/homebrew/opt/llvm. Vulkan is provided by MoltenVK; the build copies the library next to the executable and writes a MoltenVK_icd.json, looking in $VULKAN_SDK/lib, /opt/homebrew/lib, and /usr/local/lib.

brew install llvm cmake ninja molten-vk

Configure, generate, reconfigure, and build a release:

cmake --preset macos-release -DSKATE3_GAME_DATA_ROOT="$PWD/game"
cmake --build --preset macos-release --target generate-all --parallel
cmake --preset macos-release -DSKATE3_GAME_DATA_ROOT="$PWD/game"
cmake --build --preset macos-release --parallel

The release artifacts are out/build/macos-release/skate3 and librexruntime.dylib, plus the MoltenVK library and ICD manifest beside them.

Running a Development Build

Run the built executable directly with a game dump. On Linux:

LD_LIBRARY_PATH="$PWD/third_party/rexglue-sdk/out/linux-amd64${LD_LIBRARY_PATH:+:$LD_LIBRARY_PATH}" \
  ./out/build/linux-relwithdebinfo/skate3 --game_data_root="$PWD/game"

On Windows:

.\out\build\relwithdebinfo\skate3.exe --game_data_root="$PWD\game"

Keyboard-to-controller emulation is off by default; enable it in Settings > Controls > Mouse & Keyboard Mode.

Fullscreen is on by default. Pass --fullscreen=false to start windowed. On Windows, ultrawide displays are detected automatically in fullscreen. For an ultrawide window, pass matching --window_width and --window_height values; the native renderer then draws true widescreen frames at that aspect.

rexglue Fork

third_party/rexglue-sdk is pinned as a Git submodule to the skate3-sdk-clean branch of the Skate-specific rexglue fork. Clone recursively or run:

git submodule sync --recursive
git submodule update --init --recursive --jobs "$(nproc 2>/dev/null || echo 4)"

The fork is based on rexglue's 0.8.0 release line and contains the Skate 3 runtime, codegen, input, timing, the Direct3D 12 and Vulkan backends used by the native renderer, the settings overlay, and the Linux and macOS fixes needed by this project.

Credits

• rexglue SDK, the recompilation SDK used by this project.
• Xenia, whose Xbox 360 research and tooling have helped the broader recompilation ecosystem.