Frequently Asked Questions

Virtual reality places you inside a digital environment viewed through a headset. The scene can recreate a real place or be entirely imagined, and may let you move around and interact with objects.

A headset displays a view for each eye and tracks your head movement so the scene responds as you look around. Depending on the system, it can also track your position, controllers or hands. Eye tracking is available on some headsets, rather than being a requirement for all VR.

Realism depends on the imagery, sound, tracking, display and how the software responds. A convincing experience does not have to be photorealistic: a stylised scene can still create a strong sense of being present.

VR surrounds you with a virtual environment. Augmented reality adds digital content to a view of the physical world, for example through a phone camera or a headset that shows your surroundings.

The trade-offs depend on the system: headset comfort, battery life, display clarity, tracking, available space and the complexity of the content all matter. Choosing the experience around its audience and purpose is as important as choosing the hardware.

Start with a headset that supports the experience you want to use. Some work independently; others connect to a computer or console. Controllers, tracking accessories, headphones and a suitable clear space may also be needed.

A standalone headset runs compatible apps on the headset itself. PC-based VR needs a computer that meets the requirements of both the headset and the application, including graphics performance and the correct connections.

There are games, films, training tools and social experiences across different platforms. Availability and compatibility vary, so check the headset, account, region and software requirements for the specific content you want.

The budget depends on the headset, accessories, software and any computer required. A business project may also include custom content, setup and event support. We scope these items around the experience rather than quoting one price for every use.

Resolution varies by model and may be quoted per eye or across both displays. Lenses, pixels per degree, rendering quality and the fit of the headset also affect perceived clarity. Compare the specifications of the exact model you plan to use.

Some installed experiences work offline, while multiplayer sessions, downloads, account checks and streamed content may require a connection. For events, confirm the application’s needs and test the venue network before the session.

A demonstration can help you understand the headset and the type of content you are considering. Contact our team to discuss a suitable demonstration or rental; availability and arrangements depend on the experience.

No. It is also used for training, design reviews, property and destination experiences, presentations and creative storytelling. Games are one part of a much broader set of uses.

Yes. Shared virtual environments can let people meet as avatars, talk and take part in activities. The available features depend on the application and the devices supported.

Compatible applications can display conventional video on a virtual screen. Panoramic 360° films let you look around the recorded scene. Streaming access, subscriptions and available formats depend on the application.

Depending on the platform, interaction may include voice, gestures, shared games, presentations or collaborative tools. Check the application’s personal-space controls, moderation options and accessibility features before a group session.

A custom VR application can visualise sensor information or interact with connected systems through supported interfaces. This requires a planned integration, appropriate permissions and safeguards for any real-world controls.

VR can provide a setting for demonstrations, guided practice and interactive tasks. Its value depends on the learning objective, the design of the exercise and how feedback and assessment are handled.

Yes. Examples include architectural walkthroughs, product visualisation, equipment demonstrations, safety training and virtual site visits. We select the approach around the task and the people using it.

Content can be captured with panoramic photography or 360° video, built as a 3D environment, or combine both. Interactive applications may use game engines such as Unity or Unreal Engine, with design, development and testing for the target hardware.

Shared virtual rooms can support meetings, demonstrations and design reviews. The useful features depend on the platform, including voice, shared media, participant limits and support for people joining without a headset.

Virtual visits can introduce museums, campuses, workplaces and distant locations. Community demonstrations and interactive exhibits can also give people a first opportunity to explore the technology.

Some people experience nausea, dizziness or discomfort in VR. Follow the device’s health guidance, stop if you feel unwell and seek professional advice if symptoms persist or you have concerns about using a headset.

Accessibility varies by device, application and individual needs. Seated modes, alternative controls, captions, visual settings and headset fit can make a difference. Discuss requirements early and test the actual experience with the people who will use it.

As with other interactive media, it is worth setting boundaries around how long and how often you use it. Plan breaks and maintain everyday routines. If use becomes difficult to control or affects daily life, speak with a qualified health professional.

Check the age requirements, fit and health guidance for the specific headset and application. Account and supervision rules vary by platform. A headset should not be treated as suitable for every child or every age.

Some purpose-built clinical applications use VR as part of care. Suitability depends on the condition, the application and professional supervision. An entertainment experience or event demonstration is not a substitute for clinical assessment or treatment.

VR is used in some rehabilitation programmes to provide interactive exercises and feedback. A qualified clinician should determine whether a particular system and activity are appropriate for the person’s needs.

Devices and applications may process account information, movement, voice, room mapping or other sensor data, depending on their features. Review permissions, privacy settings and the provider’s policies. Business projects should define what is collected, who can access it and how long it is retained.

VR equipment has an environmental footprint through manufacturing, energy use and disposal. Some virtual activities may reduce travel, but the overall impact depends on the use case. Maintaining equipment, extending its useful life and responsible recycling are practical considerations.