VR, AR and Metaverse Blog and Tools

Where VR Is Used Beyond Games: From the Operating Room to Space

R. B. Atai5 min read

Games made VR visible, but many of the most interesting stories are happening far outside entertainment. In those cases, people put on a headset not for the “wow” effect, but because a regular screen is not enough: you cannot safely drop a beginner into an emergency, feel the scale of a building from a render, open up an aircraft engine on a meeting table, or send every expert to the ISS.

In real projects, the line between VR, AR, and mixed reality is often blurry. Sometimes a person is fully placed inside a simulation. Sometimes digital instructions are layered over real equipment. Sometimes a 3D model stands in the room next to the team. So it is more accurate to talk about XR more broadly, but VR is still a useful starting point: it was the first to show that a digital environment can be a place where action happens, not just a window. (NASA, AppleBusiness, AutodeskXR)

Training: When the Mistake Should Happen in a Simulation

Good VR training does not start with a virtual lecture hall. It starts when a person does something with their hands and can make a mistake without real-world consequences. A dental student practices local anesthesia not on a live classmate, but in a mixed reality scenario. A nursing student runs through a clinical case at home in a headset. A doctor rehearses a rare pediatric emergency that would be impossible to repeat calmly every day in a real hospital. (MetaDentistry, MetaNursing, MetaCHLA)

Meta has a telling example from NYU College of Dentistry: students use Quest to practice local anesthesia injection techniques. This is not “watching a video about the procedure”; it is repeating a skill as many times as needed before working with a patient. In a different direction, Nightingale College uses Quest 3S for remote nursing education, helping students across different states get clinical practice in a VR format. (MetaDentistry, MetaNursing)

Industrial training follows a similar logic, except the patient is replaced by equipment. PTC describes AR training at Volvo Group, where instructions and learning steps help employees understand complex assembly variants faster. Microsoft has described Honeywell mixed reality scenarios for preparing workers to handle complex industrial equipment. AR is especially appropriate here: a person does not always need to leave the real world completely; sometimes it is more useful to see the real object with guidance placed on top of it. (PTCVolvo, MicrosoftHoloLens)

Medicine: Seeing What Is Usually Hidden Inside the Body

In medicine, XR is impressive not because it feels futuristic, but because of a simple shift: a doctor, student, or patient can see anatomy as space. Not a flat image on a screen, but a heart, vessel, joint, tumor, or surgical plan in volume.

Apple’s Vision Pro business scenarios include several medical examples: Complete HeartX for anatomy learning, Stryker for reviewing surgical plans, and Visage Ease VP for working with medical images. Unity also describes healthcare XR through surgical training, preoperative planning, anatomy visualization, and patient education. (AppleBusiness, UnityHealthcare)

The strong scenario here is not that VR will “replace the doctor.” It will not. But it can give doctors a clearer way to prepare, students a safer layer of practice, and patients a better chance to understand a procedure without a pile of opaque scans and terms.

Space and Remote Assistance: Guidance Right in Front of Your Eyes

One of the most vivid examples of AR/VR beyond games is the International Space Station. NASA describes several scenarios at once: Sidekick with HoloLens gave astronauts hands-free guidance with 3D schematics, T2 AR helped inspect and maintain the station’s treadmill, and the Cold Atom Lab used an AR headset during a quantum laboratory upgrade in orbit. (NASA)

This is a good test of whether the technology is useful. On the station, you cannot simply call an engineer into the next room. Experts on Earth can see what the astronaut sees, add arrows, text, and diagrams into the field of view, while the crew member keeps both hands free. For long missions this matters even more: the farther the spacecraft is from Earth, the worse the idea of “let’s wait for instructions from mission control” becomes.

NASA’s VR work is not limited to public demonstrations either. On the ISS, it is used in research on time perception, movement, object grasping, and orientation in microgravity. That is no longer a presentation that makes you feel “as if you were in space”; it is a tool for studying how the body and brain work when familiar physics has changed. (NASA)

Architecture and Engineering: Catching Problems Before Construction

In architecture, VR is useful not because it makes a future building look beautiful. A beautiful render does not require a headset. The real value appears when a team enters a project at human scale and notices what is easy to miss on a monitor: a passage is too narrow, a ceiling feels oppressive, an engineering node is hard to service, or the view from a window does not work as expected.

Autodesk Workshop XR is built directly around that task: AEC teams can review 3D models and BIM data together, measure distances, toggle categories such as walls and ceilings, create issues, and sync them with Autodesk Forma. One important detail: participants can join not only from a headset, but also from a web browser; VR is there for full spatial assessment. (AutodeskXR)

Unreal Engine supports a similar class of tasks through XR and architecture workflows. Epic’s materials include the Collab Viewer Template: participants can move through a model together, take measurements, leave annotations, change scale, and discuss the object in one shared scene. For architecture, that turns VR from a “nice apartment walkthrough” into a working room for design review. (UnrealXR, UnrealCollab)

Cars and Industrial Design: A Prototype Without a Physical Model

Automotive design is a good example of why XR is interesting to large companies. Physical models are expensive, travel between design centers takes days, and the argument may be about a tiny detail: a body line, a surface reflection, the shape of a dashboard, or the feeling of sitting inside the cabin.

Varjo says that 16 of the world’s 20 largest automakers use its VR solutions when building and selling vehicles. The same page includes a strong Kia example: reviewing a car model with design management used to mean flying to Korea and spending at least four days; now it can be done in about an hour. According to Varjo, Volvo used mixed reality for a test drive where real and virtual elements were combined while evaluating design and safety systems. (VarjoAuto, VarjoVolvo)

Apple shows a similar business logic for Vision Pro: PTC Onshape Vision lets teams review CAD models together, Volkswagen uses Innoactive to visualize and assess vehicle parts, and Porsche turns a configurator into an experience where the customer sees a car at life size. This is no longer “a 3D picture instead of a catalog”; it is an attempt to replace part of physical prototyping and showroom work with spatial experience. (AppleBusiness)

Military and Pilots: Training Where Reality Is Too Expensive

Simulators for pilots and military training existed long before modern VR headsets, but XR changes their cost and format. Not every scenario can be repeated on real equipment. Not every mistake is acceptable in the air. Not every training device has to take up a huge room.

Varjo has a dedicated page for VR/XR simulators qualified under EASA and FAA rules. It lists virtual and mixed reality systems used as part of certified aviation training, from helicopter trainers to the NOVASIM MR DA42 for the Diamond DA42. In 2021, the FAA qualified a VR training device for aviation training for the first time, built with Varjo headsets. (VarjoFlight)

For defense scenarios, Varjo separately describes land operations and training and simulation: heavy vehicles, weapons training, drone operations, and medical scenarios. The headset itself is not the whole point here. The important part is the full system: physical controls, cockpits, eye tracking, instructor oversight, and data about what the trainee actually did. (VarjoLand)

Presentations and Sales: When a Slide Cannot Show the Scale

A VR presentation can easily turn into an expensive “3D brochure.” But some products do not fit well into a slide: a car, yacht, industrial installation, store, exhibition stand, tent, house, or medical device. If the customer needs to walk around the object, compare size, look inside, or switch configurations, XR starts working as a sales tool.

Apple gives several such examples for Vision Pro: Porsche Car Configurator shows a vehicle at life size, Decathlon lets customers explore outdoor equipment without unpacking it, and Lowe’s Style Studio works with interior design scenarios. In these cases, the value is not that something “looks nice in a headset,” but that it is easier to make a decision when the object feels like something next to you rather than a picture in a product card. (AppleBusiness)

Museums and exhibitions follow a similar logic: AR can return context that is missing from a display case. Unity described the AR adaptation of David Bowie is, where the digital format included 2D and 3D artifacts, audio, and video. It is not a replacement for the museum, but a different way to build space, sound, and story around an exhibit. (UnityBowie)

Virtual Offices: Useful, But Not for Every Call

Virtual offices are often criticized for good reason: putting on a headset for a quick status update is strange. A five-minute sync is faster in a regular call. But that does not make the format useless.

Microsoft Mesh in Teams describes immersive spaces for standups, group brainstorming, informal gatherings, networking, and onboarding. Meta Horizon Workrooms works in a similar area: not replacing the whole office, but offering a spatial meeting when people need to feel like they are in the same room, see a board, discuss an object, or split into groups. (MicrosoftMesh, MetaWorkrooms)

The most reasonable use case for a virtual office is not “all work calls are now in VR,” but specific meetings where space actually matters: design reviews, training, workshops, onboarding a new team, or discussing a 3D model or complex diagram.

Where VR/AR Really Makes Sense

A good filter is simple: XR is needed when the screen cuts away too much important context. If a task can be solved well with text, a table, video, or a regular web interface, a headset mostly adds friction. It has to be bought, configured, distributed, cleaned, supported, and explained to users.

But VR/AR starts to look convincing when at least one of four factors is present.

  1. A mistake is expensive or dangerous. Medicine, aviation, manufacturing, emergency procedures.
  2. The object matters at life size. A building, car, cockpit, industrial installation, anatomical model.
  3. The expert is far away. Space, remote repair, distributed design review, international teams.
  4. People need to act together, not just talk. Model review, training, workshops, complex product presentations.

Short Takeaway

VR has long since stopped being only a gaming format, but that does not make it a universal interface for everything. The strongest examples appear where the technology solves a physical problem: moving a person into an inaccessible environment, overlaying guidance on a real object, showing scale, or letting several people work with one 3D scene.

So the question “where is VR used besides games?” is better phrased slightly differently: where does a person need not just to see information, but to be next to it? In an operating room, on a construction site, in a cockpit, in orbit, in a design studio, or in a virtual meeting room — that is where XR becomes useful.