
Download and install the Epic Games Launcher from unrealengine.com, check the system requirements, then install Unreal Engine and sign in or create an account, including Google sign-in.
Install the meta quest link app and meta quest developer hub to connect your quest headset to your PC and prepare your environment for VR game development.
Connect your Quest headset to your PC via USB-C using the Meta Quest Link app, then enable always allow for this PC and turn on Air Link.
Enable the Meta XR plugin in Unreal Engine, restart the editor, and test the VR demo with a Quest headset using Error Link and VR Preview to interact with objects.
Troubleshoot unreal engine crashes by turning off all openxr api layers in steamvr settings when the meta xr plugin is enabled, then restart unreal engine for a clean launch.
Initialize the VR project by enabling keyboard and mouse debugging, create a game instance and a player controller, and update project defaults to GI_VR_game, BP_VR_character, and PC_RMC_controls.
Map the right controller to the mouse and keyboard by creating and renaming input actions, then add mappings for rotate, move, and chord using mouse axes and triggers.
Create a new Unreal Engine 5 level, sculpt and paint a landscape with the Fantastic Village Pack, apply landscape materials, and add a navmesh bounds volume for VR teleport.
Randomize spawn locations and fruit types with a blueprint spawner, using components by tag and for-each loop with a switch on int to spawn apple, grapes, lemon, mango, orange, watermelon.
Apply physics to spawn fruits in Unreal Engine 5 by adding an impulse at begin play to launch upward with velocity, and set a short lifespan for automatic disappearance.
Implement slice detection in Unreal Engine 5 VR by enabling sword hit events and casting to fruit base, then use an enum to identify fruit types via viewport stats subsystem.
Enhance vr slicing by creating a haptic effect with amplitude and frequency float curves, and trigger it on fruit slices using the right hand controller via blueprint.
Build a VR-ready scoring system using game state to track and increment scores when fruits are sliced, while bombs do not affect the score, enabling updates on 3D UI widget.
Display the countdown timer in the VR game's scoreboard UI and update it in real time using an event dispatcher that broadcasts minutes and seconds.
Stop the fruit spawner when the countdown ends by broadcasting a timer end via an event dispatcher between blueprints. Bind the event and manage the timer handle to control gameplay.
Spawn the start menu when the timer ends by using start menu transform in the game state and spawning the BP start menu actor from class with a 0.2s delay.
Create a VR pause menu widget that spawns in front of the player, featuring resume, restart, start menu, and exit game buttons, built with widget blueprints and dynamic positioning.
Are you ready to dive into the world of VR game development? This course is your ultimate guide to creating a VR game in Unreal Engine 5 from start to finish. Whether you're an aspiring developer, an indie game creator, or simply passionate about virtual reality, this course will equip you with the skills to build a fully functional VR experience.
What You’ll Learn:
Set up Unreal Engine for VR development – Learn how to install, configure, and troubleshoot MetaXR for seamless VR integration.
Develop physics-based slicing mechanics – Implement sword slicing, bomb detection, and haptic feedback for an immersive experience.
Create interactive fruit physics – Program fruit spawning, movement, and destruction with realistic VR interactions.
Design and implement core gameplay mechanics – Build scoring systems, timed game modes, and user-friendly UI elements.
Enhance the game with visual and audio effects – Add particle effects, sound design, and background music to polish your game.
Package and publish your VR game – Learn how to optimize, test, and distribute your game for VR platforms.
Who is this Course For?
Aspiring VR Developers – Perfect for those new to VR game development in Unreal Engine.
Game Developers & Designers – Expand your skill set by learning VR-specific mechanics and interactivity.
Indie Game Creators – Learn how to take a game from concept to completion, ready for publishing.
Students & Hobbyists – If you’re passionate about game development and want to create a fun VR project, this course is for you!
This hands-on course guides you step by step through the entire VR development process in Unreal Engine 5. By the end of this course, you'll have built a fully functional VR Fruit Ninja-style game with all the core features, giving you practical experience and a solid foundation for future VR projects.
Start your journey into VR game development today!