Game & Immersive Development · VR games
VR games built for comfort and presence
We develop VR games for standalone and PC headsets such as Meta Quest and SteamVR devices, focusing on comfortable locomotion, convincing hand interactions and the strict frame-rate targets that keep players immersed instead of queasy.
- Comfortable locomotion
- Hand and controller interaction
- Standalone optimization
Overview
What it takes to build VR people enjoy
Virtual reality changes the rules of game development. The player’s head is the camera, their hands are the controller and their inner ear notices every mismatch between what they see and what they feel. That means frame rate is a comfort requirement, not just a polish goal. Standalone headsets have mobile-class chips, so we plan scene complexity, effects and draw calls tightly from the beginning and test on the headset every week.
Teams face a few defining choices. Standalone headsets reach more players but limit visual detail; PC VR allows richer scenes for a smaller audience. Teleport movement is gentle on new players, while smooth locomotion suits experienced ones, so many games offer both. Seated, standing and room-scale play each change level design. Mixed reality passthrough opens new ideas but brings its own constraints. We prototype the options so you can feel the difference rather than guess.
Good VR work is measured in headset sessions: stable frame timing, interactions that feel physical, and playtesters who finish a session comfortable and wanting another. We keep a running log of frame timing for every build, so a performance regression is spotted the same week it appears rather than just before store submission.
Who it’s for
Built for teams like yours
- 01
Studios entering VR
Game teams with flat-screen experience who need VR-specific design and engineering for comfort, hand interaction and standalone performance on their first headset title, from early prototype through store submission.
- 02
Training and simulation teams
Organizations building VR practice environments for procedures, safety drills or equipment handling, where realistic interaction and reliable performance matter far more than visual spectacle or dramatic effects.
- 03
Existing VR game owners
Teams with a VR title that needs a port to another headset, a mixed reality mode, performance work or fixes for store review feedback they have received.
Why it matters
In VR, performance is comfort
A dropped frame on a monitor is an annoyance; in a headset it can make someone feel sick. We design around fixed frame budgets on standalone hardware, use techniques such as foveated rendering and aggressive batching, and offer comfort options like snap turning, teleport and vignettes so more players can enjoy the game.
Hands are the controller in VR, so we spend real time on grabbing, throwing and physical feedback until interactions feel natural. We test those mechanics in a headset from the first week, because what looks right on a monitor often feels wrong once you put the headset on.
Every engagement includes
- Concept & comfort planlocomotion, play area and session length decided early.
- Interaction prototypecore hand mechanics tested in a headset before full production.
- Production buildcontent, systems and audio developed in reviewed milestones.
- Performance testingframe timing checked on every target headset throughout.
- Playtestingsessions with players new to VR to catch comfort and clarity issues.
- Store submission & handoverstore builds, source and documentation delivered to you.
Features
VR development focus
- 01
Comfortable locomotion
Teleport, smooth, snap-turn and vignette options so players choose what feels right for them.
- 02
Hand and controller interaction
Physics-based grabbing, throwing and tool use with haptics that make objects feel solid.
- 03
Standalone optimization
Rendering tuned for Quest-class mobile chipsets, keeping steady frame rates without sacrificing clarity.
- 04
Spatial audio
Positional sound that helps players locate threats and objects and strengthens the sense of place.
- 05
Mixed reality modes
Passthrough features that blend the player’s room with game content where the design benefits.
- 06
Store compliance
Builds prepared for Meta Horizon Store and Steam technical requirements and review guidelines.
In practice
VR projects we build
Action and adventure games
Physics-based combat, climbing and object interaction, with careful tuning of hand presence, weight and haptic feedback so actions feel deliberate rather than floaty or unpredictable in a player’s hands during a fight.
Puzzle and escape experiences
Room-scale puzzles built around picking up, combining and manipulating objects, designed for different play-space sizes and players who have never used a headset before, with hints that appear only when a player seems stuck.
Mixed reality games
Games that use passthrough and room mapping to place play in the player’s own space, such as characters climbing real walls, with fallbacks for small, dim or cluttered rooms where room scanning falls short.
Social and multiplayer VR
Shared spaces with avatars, voice chat and synchronized interactions, including moderation tools and personal-space options so sessions stay comfortable for everyone, including players who are new to shared virtual spaces and still learning the controls.
Process
How we work
- 1
Comfort targets
We choose target headsets, frame-rate goals, play-area modes and locomotion options, and write a comfort plan that lists which settings players can adjust from the start, such as turning style, vignettes and seated play.
- 2
Hands-first prototype
Grabbing, throwing, using tools and moving through space are built first and tested in a headset weekly, because interaction feel decides whether everything else built on top of it will work.
- 3
Performance-led art
Environments, characters and effects are built to a standalone budget, using baked lighting, texture atlases and level-of-detail rules confirmed on the headset before full production begins on the remaining levels and areas.
- 4
Content and audio
Levels, systems and spatial audio are produced in milestones, with each headset build checked for frame timing, hand tracking behavior and readability of text and UI at comfortable, normal viewing distances inside the headset.
- 5
New-player playtests
Sessions with players new to VR identify comfort issues, confusing interactions and fatigue. We adjust, then prepare builds that meet each headset store’s published technical requirements, then handle submission and any review feedback.
Deliverables
What you receive
- Comfort plan and locomotion options
- Hand interaction prototype in headset
- Standalone performance budget and checks
- Spatial audio setup and mix
- Playtest findings with fixes applied
- Store-compliant builds for each headset
- Source project and build documentation
Tools & methods
Engines & SDKs
- Unity
- Unreal Engine
- OpenXR
- Meta XR SDK
- XR Interaction Toolkit
Platforms
- Meta Quest
- SteamVR
- PlayStation VR2
- Apple Vision Pro
Performance & audio
- OVR Metrics Tool
- RenderDoc
- Steam Audio
- Meta XR Audio
- Wwise
FAQ
Frequently asked questions
Anything else about VR games? Ask us directly.
Standalone headsets like Meta Quest reach the widest audience but have mobile-class hardware. PC VR allows richer visuals for a smaller audience. Many games target Quest first and add PC VR. We look at your audience, visual goals and budget to recommend platforms during discovery.
Let’s work together
Have a project in mind?
Book a strategy call and we’ll show you exactly how to turn your goals into a system that generates consistent results.