XO3D Studio · Virtual Reality
What Is Virtual Reality? Uses in Product, Property and Marketing
Step into the product, before it ships.
Virtual reality places the user inside a fully rendered 3D environment. For product brands, property developers and marketing teams, it turns an unbuilt system, an unreleased product or an unopened space into an experience that can be walked, examined and tested in headset. All from the same source 3D asset your other visualisation is built on.
Presence that a still image cannot deliver.
VR generates a real sense of scale, spatial relationship and material presence that photography and video cannot match. For considered-purchase products, complex engineered systems and unbuilt property, that presence changes the conversation with buyers, investors and stakeholders.
The technology is now mature. Standalone headsets are affordable, WebXR delivers no-install experiences straight from a browser, and CGI-led studios can produce immersive assets from the same source as the launch stills, animation and AR.
What's covered
The main varieties, in detail.
Advantages
Why brands commission it.
Presence that stills cannot deliver.
The most reliable outcome of VR is the sense of scale, spatial relationship and material presence it produces. That presence is what closes deals and moves stakeholder conversations.
Show product, property or system before it exists.
Because the source is CGI, VR can be produced before the physical product ships or the building breaks ground. Launch content and investor experiences run on your timeline, not manufacturing's.
Reuse your existing 3D assets.
VR is another downstream deliverable from a production-ready 3D asset. The same model driving stills, film and AR is optimised and re-exported for VR.
Immersion that photography cannot rival.
For engineered products with internal detail, or for spaces where the atmosphere matters, VR delivers something no other medium can. Buyers experience the product rather than look at it.
Runs on affordable, mainstream hardware.
Standalone headsets like Meta Quest sit in the price range of a mid-tier phone. VR is no longer a niche investment; it is now an accessible consumer format.
Trade-offs
What to plan for.
Requires optimised 3D assets.
Real-time VR is bounded by the target headset's performance. Hero-render geometry rarely ships to VR unchanged, retopology, LODs and baked materials are typically required.
Headset ownership is not universal.
Not every stakeholder owns a headset. Plan the experience for headset-owning audiences (trade shows, sales meetings, investor days) and pair with 360 or Web alternatives for broader reach.
Development cost is real.
True interactive VR is a software project. Budget for developers, testers and iteration. Pre-rendered 360 experiences are much cheaper if interactivity is not the point.
Motion comfort matters.
Poorly designed locomotion, unstable frame rates or heavy visual effects can cause motion discomfort. This is a design discipline, not an afterthought.
Content ages fast.
Hardware and platform capabilities move quickly. Plan the content refresh cycle up front, especially for training and marketing applications.
Before you start
Project checklist.
You do not need all of these on day one. But the more of this we have at brief, the faster the project moves and the fewer clarifying rounds it needs.
Objective and audience.
What the experience must achieve and who it is for. Product demo, training, marketing moment, investor pitch. Each shape has a different design language.
Target platforms and headsets.
Which headsets and platforms the experience must run on. Meta Quest standalone, PCVR, WebXR, Apple Vision Pro. Each has different performance and interaction assumptions.
Source 3D asset or CAD.
A production-ready 3D model where one exists, or CAD data. Reuse is the fastest and most cost-effective route.
Runtime and interactivity.
How long the experience should last, and how much interactivity users have. Short marketing moments and long-form training experiences are very different projects.
Presence
Beyond stills or film
VR delivers a sense of scale and spatial presence that photography, video and AR cannot match, the reason it wins for training, sales and stakeholder pitch.
Ships early
Before manufacture or build
VR built from CGI can be produced before the physical product exists or the property is built, so investor and launch experiences run on your timeline.
1 asset
Every deliverable
A single production-ready 3D asset feeds stills, animation, AR, VR and configurator work with no separate content pipeline per format.
Process
How the work is produced.
- STAGE 1
Brief and objective.
We agree what the VR experience must do, who the audience is, and what success looks like. This becomes the design brief for every subsequent stage.
- STAGE 2
Source asset and scope.
We reuse existing production-ready 3D assets where possible, and identify what new modelling, retopology or environment build is needed.
- STAGE 3
Design and interaction.
UX for VR, locomotion, interactions, UI in headset, comfort settings. Interactive VR is designed like software, not like film.
- STAGE 4
Build and integrate.
Unity or Unreal for interactive VR, direct render pipelines for 360 experiences. Assets are optimised, materials baked, LODs added, and everything tuned for the target headset.
- STAGE 5
Testing and iteration.
Testing on real headsets, checking frame rate, motion comfort and clarity of interaction. Iteration on real user testing rather than desktop-only preview.
- STAGE 6
Delivery and support.
Executable build, WebXR embed or 360 file suite, plus support for on-site installations at trade shows, launch events and investor days.
Workflow
How we run the engagement.
- STEP 1
Starting a project
You send the brief, target platforms and any source 3D assets. Early confirmation of target headsets is critical, they shape the whole design and performance envelope.
- STEP 2
Reviewing information
We review the brief, confirm scope, and align on which platform pipeline (Unity, Unreal, WebXR, 360 render) is the right fit for the objective and budget.
- STEP 3
Design and prototype
Interaction design, comfort settings and a first-pass prototype in headset. Sign-off at prototype stage is the cheapest place to make major changes.
- STEP 4
Production
Full asset build, materials, integration and iteration. Progress lands at agreed milestones with build releases you can test in headset.
- STEP 5
Delivery
Executable, WebXR embed or 360 asset suite. On-site support for installations where required.
Who commissions VR
Built for teams selling something that has to be experienced.
Product marketing and event teams at engineered-hardware, industrial and premium consumer brands running trade-show installations, launch events and investor experiences.
Property developers, architects and interiors studios marketing unbuilt schemes to investors and buyers. Training and simulation teams in medical, industrial and defence. Innovation and R&D teams inside consumer brands exploring new formats.
Case studies
Recent work.
Petalite EV charger launched with a full CGI content set, hero stills, animation and interactive assets, all driven from a single production-ready 3D build.
View case study
Sony WF-C710 wireless earphones. Immersive marketing content and product-page assets built from a single CGI source.
View case study
G-Lab gaming keyboard, interactive product assets alongside the hero animation and ecommerce stills, all from one 3D build.
View case studyTestimonial
The team at XO3D were a pleasure to work with on one of our big product launches. They rendered, batched, and saved out literally thousands of images for us. Every single one came out perfect.
For a commercial brief, the next step is to define the objective, the target headsets and how VR fits inside your broader launch content set. Then scope director-led immersive content around that job. Where VR belongs inside a wider launch pipeline, see Launch Visuals. For sibling formats, see product augmented reality and product 360 spherical experiences.
FAQ
Common questions, answered.
What is virtual reality?
Virtual reality is a computer-generated 3D environment that a user experiences through a headset. It replaces the user's real-world visual field with a rendered scene, creating a sense of presence that flat media cannot match.
What headsets does VR content usually target?
Meta Quest (standalone), PCVR rigs (Valve Index, HTC Vive Pro), and Apple Vision Pro cover most consumer and enterprise targets. WebXR runs in-browser on any supported headset or desktop.
What is the difference between VR and 360 video?
VR is a live 3D experience the user can interact with. 360 video (or spherical) is pre-rendered footage from a fixed camera position, playable on a headset but not interactive. 360 is cheaper and faster to produce; VR gives interactivity and presence.
Can we produce VR content before the product is manufactured?
Yes. VR built from CGI can be produced before the physical product exists. This is why VR is common on launch events, investor pitches and pre-manufacture marketing.
How does WebXR change things?
WebXR lets VR experiences run directly in a modern browser, without an app install or download. It is the fastest route to broad, no-friction VR reach when the experience is short and story-focused.
How long does a VR project take?
A 360 spherical experience from an existing 3D asset is typically 2 to 4 weeks. An interactive real-time VR experience is a full software project, typically 8 to 16 weeks depending on scope and platform coverage.
Working on a project?
Tell us about it.
Thomas or Alex replies personally, usually within one working day.