Super Mario 64

SolKutTeR · 13. August 2026 um 20:02 Uhr

Von Super Mario 64 gibt es eine PCVR und Standalone Version von dem User fulldivegames.

SM64 Co-Op DX VR

A native OpenXR VR fork of SM64 Co-Op DX with first-person motion controls and an optional third-person gamepad mode.

Important
The current public release is v0.5.5. This is an active fan project: neither the PC nor Quest standalone edition has been tested across every level, headset, multiplayer situation, ROM hack, or mod combination.

SM64 Co-Op DX VR currently targets 64-bit Windows, OpenGL, and OpenXR. It keeps the original game's flat-screen mode and multiplayer foundation while adding native stereoscopic rendering, 6DoF tracking, VR-aware cameras, remappable motion-controller input, physical interactions, comfort options, and extensive calibration settings.

Solo hosting has received the most testing. Online co-op, different OpenXR runtimes, ROM hacks, Lua mods, character models, and texture packs may work, but compatibility still varies.
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Download and install on Windows
Normal players do not need Git, MSYS2, a compiler, or build commands.

What you need

A 64-bit Windows PC

A PC VR headset and tracked controllers

An active OpenXR runtime compatible with OpenGL

A legally obtained, unmodified Super Mario 64 US .z64 ROM

Optional: a standard gamepad for Third Person Mode or mixed input

The current PC build has been tested most often on a Meta Quest 3 through Virtual Desktop's OpenXR runtime. Other conformant PC OpenXR headsets and runtimes may work but have not all been tested.

First-time setup

Open the latest verified release.

Under Assets, download the Windows ZIP named similar to SM64-Co-Op-DX-VR-Windows-vX.Y.Z.zip.

Right-click the downloaded ZIP, select Extract All, and extract the complete archive to a normal writable folder. Do not run the game from inside the ZIP.

Start the software used by your headset, then make sure the OpenXR runtime you intend to use is active. For example, select Virtual Desktop's OpenXR runtime before launching the game if you use Virtual Desktop.

Run SM64-Co-Op-DX-VR.exe from the extracted folder.

On first launch, drag your own legally obtained, unmodified Super Mario 64 US .z64 ROM onto the game window when prompted.

From the main menu, open Settings > VR and enable VR Mode.

Open Camera Settings and choose First Person Mode or Third Person Mode.

Stand in a comfortable neutral position and use Recalibrate Tracking if your initial facing or height is wrong.

The validated ROM is remembered in the game's user-data folder, so it normally does not need to be supplied again after an update. The release ZIP includes the OpenXR loader and required MinGW runtime libraries.

Warning
The release ZIP contains no ROM and no Nintendo game assets. Never upload a ROM with a bug report or redistribute one with this project.

Updating an existing installation

Download and extract the new release into a new folder.

Launch the new executable normally. Your validated ROM and normal user configuration should remain available through the game's user-data folder.

Recheck Settings > VR because new releases may add settings or change defaults.

Keep the previous extracted folder until the new version has been tested with your headset and saves.

The lower-left corner of the main menu shows the installed VR version and checks GitHub for a newer release. If an update is available, the menu provides a link to this repository's release page. The game does not silently download or install updates.
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Core VR features

Native stereoscopic OpenXR rendering with separate runtime-sized eye swapchains

Full 6DoF headset rotation and positional tracking

Live switching between First Person Mode, Third Person Mode, and normal flat play

Automatic tracking recalibration when VR starts plus manual recalibration controls

Head-directed first-person walking, steering, backpedaling, swimming, Wing Cap flight, shell riding, pole jumps, and cannon aiming

Smooth horizontal stick turning with render-rate interpolation

First-person camera isolation from scripted tunnels, doors, conversations, Bowser introductions, and other forced camera pulls

Character-specific first-person camera-height profiles for Mario, Luigi, Wario, Waluigi, and Toad

Adjustable camera height, forward/back placement, field of view, brightness, facing source, and facing calibration

Headset, left-controller, or right-controller facing direction, with automatic headset fallback if a selected controller loses tracking

Corrected stereo skyboxes, lighting, billboard presentation, terrain projection, eye separation, clipping, and VR culling behavior

Head-locked menus, pause screens, text boxes, Star Select, and HUD elements

HUD opacity and corner-spread controls

Optional fully opaque FPS counter positioned beneath the lives counter

Full-resolution menu rendering even when gameplay Render Scale is reduced

Complete left-eye desktop mirror for capture, with an option to disable desktop presentation entirely

Startup shader preparation and a learned shader cache for shaders encountered in later levels and mods

Version and update status displayed directly on the main menu

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Camera and movement

First Person Mode
First Person Mode is the default VR camera. The headset controls the view, and the configured facing source determines Mario's forward direction. The selected camera stick provides smooth horizontal turning without enabling vertical stick camera movement.

The default VR locomotion locks Mario's body toward the selected headset or controller facing direction while the stick independently controls his world-space travel direction. Forward, lateral, and backward movement share Mario's normal acceleration and over-speed curve across the complete 360-degree stick circle, while travel direction retains the original gradual steering inertia. Landing and long-jump velocity remain the starting momentum for grounded movement. A deliberate left/right reversal produces a short skid and side-flip window, while a direct forward-to-back flick retains its separate skid window. Traveling around the stick normally cancels both reversal gestures, so an ordinary circle cannot trigger a skid.

The locomotion transition code validates both Mario's scalar speed and horizontal velocity vectors, preventing repeated skid/side-flip transitions from retaining a stale sign or launching Mario across the ground. Experimental > Original Mario Movement restores the unmodified movement rules.

With Turn During Jumps enabled, Mario turns toward the configured facing direction on the exact frame a supported jump lands. Momentum, speed, landing timers, and jump-combo state are preserved, allowing chained jumps to be redirected without erasing their normal physics.

Swimming, active Wing Cap flight, and turtle-shell riding follow the direction you look. Looking up or down changes vertical swimming or flight direction, while the normal action button still performs swimming strokes. Near the water surface, looking at least 45 degrees upward and pressing forward uses a more natural first-person water exit.

When Mario is actively swimming, flying, or shell riding, his first-person body can be hidden to avoid camera clipping. Painting entries immediately fade to white and remain covered for up to 1.5 seconds or until the destination/Act Select screen takes over, preventing views through unloaded castle geometry.

Third Person Mode
Third Person Mode keeps the character visible and centers the VR view on Mario. It works with the original SM64 Co-Op DX camera and with the built-in free camera. Camera distance is adjustable, and the tracked first-person hands and camera state are cleared when switching modes.

True First Person and True Diving
True First Person is an experimental option that follows animated body height and action motion. During flips, dives, and rollouts, animation pitch and roll can affect the view while horizontal heading remains stable. Ordinary running remains upright rather than inheriting every small model tilt.

True Diving applies the animated dive attachment only during a dive. Both options can cause discomfort or motion sickness and are disabled by default.

Default VR controller layout
Physical button names differ between controller brands. In the menu, Primary usually means A/X and Secondary usually means B/Y.

Action Default input
Move Left stick
Smooth turn / camera Right stick
Jump / cannon fire Right Primary
Attack / interact Right Secondary
Crouch Left Trigger
L button Left stick click
R button Right stick click
Pause Left Menu
Close fist / physical grab Hold the matching hand Grip
Button punch Disabled by default; optionally Right Trigger
Open Settings > VR > Controller Settings to select either stick for movement/camera and remap every listed action. Individual bindings can be disabled. A connected gamepad remains usable alongside the VR controllers.

Physical actions

Punching
Hold a hand grip to close that glove, then make a deliberate punch. The tracked fist is the attack point, so Mario's body does not need to face the target. Punch speed, required travel distance, grip strength, and collider length are adjustable. Supported hits provide haptics and can play Mario's one-two punch voice sequence.

The optional Enable Punch Button (Right Trigger) restores a conventional button punch. It is off by default so triggers do not unintentionally form fists.

Grabbing, carrying, and throwing
Close either grip while a glove overlaps a supported grabbable object or character, including Bob-ombs, Mips, baby penguins, and other actors accepted by the game's normal interaction rules. The object moves to the tracked hand. Release gently to drop it, or release during a faster hand movement to throw it.

Enable Standard Grabbing separately controls Mario's original punch/dive pickup behavior and is on by default. Special objects such as Crazy/Jumping Boxes retain their native carry-and-bounce behavior instead of being treated like ordinary hand-held enemies.

Motion-controlled dives
Punch both hands forward within the configured timing window. While airborne this can trigger a jump dive; while running fast enough on the ground it can trigger a ground dive. Jump and ground motion dives can be enabled independently.

Physical crouching and ground pounds
With Physical Crouching / Ground Pounds enabled, lowering the headset below roughly two-thirds of the calibrated standing height holds Mario's crouch input. Crossing the same threshold while airborne triggers a ground pound. The camera eases downward while crouching instead of snapping.

Bowser
Reach either tracked glove to Bowser's tail and hold that grip. Move the held hand around your body to build spin speed, then release to throw in the physical hand-swing direction. One physical turning swing supplies useful initial power, and the normal camera stick can still help turn. Spin acceleration and maximum speed are adjustable.

Hoot and supported moving actors
Grip a supported interaction point to attach to it, then release the grip to let go. The implementation keeps the game's existing action and networking paths wherever possible.

Physical climbing
Physical climbing is enabled by default. Enable Standard Climbing is disabled by default so touching a pole or hangable ceiling does not automatically take control away from the player's hands.

Poles and trees
Reach a glove to a pole or tree and hold its grip. That hand becomes the anchor, allowing the player's view and body to remain physically offset from the center of the object. Grab with the other hand to change anchors. Releasing both hands drops Mario; pressing Jump dismounts in the configured facing direction with normal momentum.

Monkey bars and hangable ceilings
Hold a grip before or while jumping into a native hangable ceiling, grate, or monkey-bar surface. The game sweeps the tracked hand path and glove footprint so a fast jump or triangle seam is less likely to miss. Once attached, hands become the camera anchor instead of sliding the player through the original canned hanging movement. Hand-over-hand movement is supported.

Mario's compact temporary object-interaction collider follows the tracked headset while climbing, allowing coins and supported pickups at the player's physical position to register without moving Mario's environment/physics collider. To climb onto a ledge, lift your headset over the ledge and let go of Grip; Mario finishes on top when a safe floor is available. The view is kept on the playable side of the grabbed surface. On other releases, the collider is resolved back to a safe floor/wall/ceiling position to reduce the chance of leaving Mario embedded in geometry.

The torso and legs are hidden automatically during physical climbing; tracked gloves stay visible. Swing Off While Releasing converts a sufficiently fast release into a headset-directed jump, while a normal two-hand release simply drops Mario.

Model Settings > Body Settings > Hide Body While on Ledges is enabled by default. It hides the local torso, legs, and feet throughout native ledge hanging, climbing down, and pull-up animations to prevent the first-person camera from clipping into Mario. Disable it if you prefer to see the body during those actions.

Climb Any Wall or Ceiling cheat
The disabled-by-default Cheats > Climb Any Wall or Ceiling option extends physical gripping to ordinary solid vertical walls and overhead ceiling surfaces. Floors remain excluded. This is a cheat and may bypass intended level routes or encounter unusual modded collision. Flying Speed (%) ranges from the original 100% speed to 300% and defaults to 100%.
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Immersion and comfort

The Immersion submenu contains these default-on comfort and camera options:

Crouch / Sand Camera: smoothly follows crouching, quicksand depth, and soft-ground actions without changing gameplay collision.

Face-Stuck Blackout: covers the headset view while Mario's face is stuck in the ground and displays Face stuck in the ground using the game's Mario-style font until he escapes.

Cannon Aim Direction Cone: keeps headset movement free but clamps cannon aim to the original yaw/pitch limits. Firing is blocked while the view is outside the usable cone, the image fades toward black, and four inward-facing Mario-style arrows point back toward the valid region.

Head-Tracked 3D Sound: calculates world-object sound direction from the first-person HMD position and horizontal facing instead of the desktop camera. UI/global sounds remain centered, and headset pitch/roll do not tilt the virtual ears.

Camera on Body During Climb Up: follows Mario's native ledge-catch and pull-up height instead of leaving the view floating above the animation.

Underwater Filter: places a light 25%-opacity castle-water-blue tint over both eyes only while the tracked headset is below the water surface.

Side-Flip Camera Follow: follows the direction of side-flip momentum.

180 Degree Wall-Jump Camera Turn: turns the view with supported wall jumps.

Physical Crouching / Ground Pounds: maps real crouching below the calibrated threshold to crouching, or to a ground pound while airborne.

Twirl tornado effect
The default-on Effects > Twirl Tornado Effect surrounds the selected character with a small, rotating white version of the in-game tornado whenever Mario is in a Shy Guy, Spindrift, or Tweester twirl. It remains centered at the character's feet for the full twirl, scales to roughly 75% of the selected character, and is rendered at 25% transparency. It is visual only and has no collision, damage, wind, or multiplayer authority.

Cannons

Enter a cannon normally.

When aiming begins, the virtual heading aligns horizontally with the cannon barrel.

Move your head to aim.

Press the normal Jump input to fire.

The headset remains free inside the cannon. With the default Aim Direction Cone enabled, the shot stays within the cannon's original legal limits. If you look outside those limits, follow the four inward arrows toward the center until the view clears; the cannon will not fire while outside its usable bounds.
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VR settings reference

Submenu Main controls
Camera Settings Camera mode, third-person distance, character-specific first-person height, forward/back placement, headset/left-hand/right-hand facing source, facing calibration, FOV, and brightness
Controller Settings Motion-controller input, movement/camera stick selection, action mappings, and optional trigger punching
Motion Control Settings Physical punches, physical grabbing, physical climbing, standard grabbing/climbing, swing release, motion dives, jump turning, punch thresholds, collider length, and Bowser tuning
Model Settings Body and Hand pages; torso/legs, optional feet-only view, crawl, ledge, pole-flip, and mounted-action visibility, body placement, glove size, rotation, and position
Performance Headset Render Scale, optional FPS counter, Desktop View, and desktop mirror frame rate
HUD Settings HUD opacity and corner spread
Immersion Crouch/sand camera, face-stuck blackout, cannon cone, 3D sound, ledge camera, underwater filter, side-flip follow, wall-jump turn, and physical crouching
Effects Twirl Tornado Effect
Cheats Climb Any Wall or Ceiling and Flying Speed (100%-300%; 100% default)
Experimental Flat first person, True First Person, True Diving (Camera Effect), Arms Mode, and original Mario movement
Every VR submenu includes Set to Defaults.

Performance and recording

Open Performance and lower Render Scale if the GPU cannot maintain the headset refresh rate. This scales 3D gameplay while menus remain at the headset's full recommended resolution.

Disable Desktop View to remove spectator-mirror presentation work entirely.

If Desktop View is enabled, lower Desktop Mirror FPS to reduce capture-window overhead.

The desktop mirror fits the complete left-eye frame into the window. Black bars may appear because headset-eye and desktop-window aspect ratios differ.

The game prebuilds common shaders at startup. Newly encountered shader definitions are kept in gfx_shader_cache.txt and prepared on later launches.

OpenXR's xrWaitFrame drives VR frame pacing; desktop VSync is bypassed while VR is active to avoid a second mismatched wait.

This project keeps Super Mario 64's original 30 Hz gameplay simulation and renders interpolated headset frames at the OpenXR runtime's cadence. Raising the simulation rate globally would change physics, animation timing, multiplayer behavior, and mod assumptions, so high-refresh VR smoothness is handled through render interpolation and late headset/controller poses instead.

v0.5.5 summary

Physical pole, tree, monkey-bar, native ceiling, and hand-over-hand climbing

Optional climbing on any vertical wall or overhead ceiling

Independent physical versus standard grabbing/climbing controls

Headset-synchronized climbing collision, coin collection, safe release, and swing-off momentum

Configurable headset/left-controller/right-controller movement-facing source

Turn-on-landing support that preserves jump momentum and combo state

HUD corner spread and independent full-resolution VR menus

Brightness control

Main-menu installed-version display, update status, and GitHub link

Immersive crouch/sand camera motion and face-stuck blackout

Cannon aim-bound enforcement with four fixed guidance arrows

Head-tracked horizontal 3D positional audio

Immediate 1.5-second painting-entry comfort fade

Improved first-person water exits

Standard climbing disabled by default while standard grabbing remains enabled

Repeated skid/side-flip velocity validation to prevent rare ground-launch bugs

Additional OpenXR, controller tracking, shader-cache, billboard, UI, interaction, and render hot-path optimizations

New SM64 Co-Op DX VR branding used by the game and project page

Optional opaque FPS counter that follows HUD corner spread

Reusable physical cap handling with throwing, re-grabbing, head reattachment, and a disabled-by-default anytime-cap option

Hand-swing-directed physical Bowser releases

Default-on body hiding during native ledge grabs and pull-ups

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Troubleshooting

VR Mode will not start

Confirm your headset is connected and awake.

Confirm the intended PC headset software is running.

Confirm an OpenXR runtime is selected and active.

Make sure libopenxr_loader.dll is beside SM64-Co-Op-DX-VR.exe; do not copy only the executable out of the release folder.

Try disabling overlays or tools that replace the OpenGL/OpenXR runtime.

Run the game with the diagnostic console and copy the relevant [VR] lines into a bug report.

Launch with diagnostic output
Open PowerShell in the extracted game folder and run:

.\SM64-Co-Op-DX-VR.exe --console

When reporting a VR issue, include:

Headset model

OpenXR runtime (Virtual Desktop, SteamVR, Meta Quest Link, etc.)

GPU and driver version

Camera mode and relevant VR settings

Whether the issue also happens with mods disabled

Exact reproduction steps

Relevant [VR], [GFX], or crash-console output

Windows warnings
This community build is not currently code-signed, so Windows SmartScreen may ask for confirmation. Verify that the ZIP came from this repository's official release page. Windows Firewall may also ask about network access because SM64 Co-Op DX contains online multiplayer; allow only the networks you intend to use.

Current limitations

Windows/OpenGL is the only completed OpenXR graphics path.

Motion controls and physical climbing are still under active development and may have action- or level-specific edge cases.

True First Person, True Diving, and Arms Mode are experimental and may cause discomfort or visual issues.

The 3D star models currently do not appear on the Star Select screen in VR, although the screen remains usable.

Original flat billboard objects can make their camera-facing behavior more noticeable in stereo VR. True 3D replacement models can improve this.

Online co-op and alternate OpenXR runtimes need broader testing.

ROM hacks, Lua mods, character models, model packs, and texture packs may have camera, collision, interaction, or performance problems.

The standalone Meta Quest/Android port is a separate work in progress and is not included in the Windows release.

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Building from source (developers only)
Players should use the release ZIP. Build from source only when modifying or testing the project.

Developer requirements

The normal SM64 Co-Op DX build prerequisites

A Windows MSYS2 MinGW64 environment

Git and GNU Make

Your own legally obtained Super Mario 64 US ROM/assets prepared according to the upstream project instructions

Windows build
Open an MSYS2 MinGW64 terminal, then run:

git clone --branch vr https://github.com/fulldivegames/sm64coopdx-VR.git
cd sm64coopdx-VR
make -j

The executable is normally created at:

build/us_pc/sm64coopdx.exe

After a successful build, the repository's allow-listed packaging script can create a Windows player ZIP from PowerShell:

.\tools\package-vr-windows.ps1 -Version dev

The ZIP is written to dist/. The script includes only the executable, required runtime libraries, player files, and license notices. It stops if a .z64, .n64, or .v64 ROM is found in staging.

Nintendo ROMs and game assets must never be committed, uploaded as workflow artifacts, or attached to a release.
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Planned direction

Physical swimming driven by tracked swimming strokes

Optional physical running driven by natural arm swings

Physical Wing Cap steering using both hands

Two-handed steering while sliding

Hand anchoring for wall slides and wall jumps

Hand-mounted HUD placement with size, angle, position, and distance controls

Further arm IK work, interaction refinement, performance tuning, and compatibility testing

These are development goals, not promised release dates.
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Credits and acknowledgements

SM64 Co-Op DX and the Coop Deluxe Team for the multiplayer game and codebase this project forks

sm64ex-coop and djoslin0 for the project continued by SM64 Co-Op DX

The Super Mario 64 decompilation and PC-port contributors whose work underpins the upstream project

Khronos OpenXR for the cross-platform XR API and redistributable OpenXR loader used by this project

No source code from another SM64 or Zelda VR mod has been incorporated into this release. Additional third-party work will only be bundled when its license or author explicitly permits redistribution, and it will be credited if used.
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Legal and licensing notice
This is an unofficial fan project and is not affiliated with or endorsed by Nintendo, the SM64 Co-Op DX team, Meta, Virtual Desktop, Steam, Valve, or Khronos. Super Mario and related names, characters, and assets are property of their respective owners.

This fork retains the upstream repository's history and third-party notices. The checkout does not currently contain a single project-wide license file, so do not assume every file or bundled component is covered by one license. Each dependency and third-party component remains subject to its own terms. Do not redistribute Nintendo ROMs or game assets, and obtain permission before bundling third-party mods or model packs.
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Upstream project
SM64 Co-Op DX is an online multiplayer continuation of sm64ex-coop maintained by the Coop Deluxe Team. For upstream documentation, community information, and non-VR issues, visit the official SM64 Co-Op DX repository.
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The-Wolf · 14. August 2026 um 06:41 Uhr

Sieht ja witzig aus, freut mich das soo viele mods durch vibe coding entstehen, sobald ich die frame habe gibt's me Menge zutun

Hooky · 14. August 2026 um 12:02 Uhr

Habs gestern mal kurz angetestet, also VR funktioniert, aber komischerweise war das Gameplay irgendwie verbuggt bei mir, die Sticks waren entgegengesetzt, nach links gedreht, er geht nach rechts, sicher ne Einstellungssache... man merkt, dass es halt noch ne "beta" is, aber verrückt das es einfach generell geht

Jetzt fehlt nur noch ne Mario Kart 64 VR Version, das wäre krank!

The-Wolf · 14. August 2026 um 13:32 Uhr

Zitat von Hooky: ↑

Jetzt fehlt nur noch ne Mario Kart 64 VR Version, das wäre krank!
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Falls Mario Kart Wiicompiled wirklich kommt und der Quellcode offen liegt sollte das sogar machbar sein.

Hooky · 14. August 2026 um 13:45 Uhr

Passt zwar nicht zum Thema aber Mario Kart 64 Recompiled (Spaghetti Kart) ist ein Träumchen, so geile Erinnerungen!
16:9 und 60FPS, so gut hat sich Mario Kart 64 noch nie angefühlt. Dazu noch das HD Pack, Hammer!

Die Wii Version wäre auch geil in VR

SolKutTeR · 14. August 2026 um 15:13 Uhr

Zitat von Hooky: ↑

Jetzt fehlt nur noch ne Mario Kart 64 VR Version, das wäre krank!
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Leider wurde der Trailer seitens Nintendo bereits heruntergenommen, aber das nächste Projekt von Crementif (The Legend of Zelda - Breath of the Wild) wird ein Mario Kart 8 werden.

Timeline 1:29 min

Hooky · 14. August 2026 um 16:43 Uhr

Mario Kart 8 hör doch auf !!! Wie geil ist das denn?!

Hoffe auch auf Third Person, einfach nur alles in VR reicht mir, da brauch ich kein First Person

Super Mario 64

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