Brett LindenbergIn video work, VR production means filming 360-degree or 180-degree footage with a multi-lens camera, stitching the lenses into one spherical video, adding spatial audio and metadata, and publishing the file to a player where viewers can look around, on a screen or in a headset. Two other jobs share the name. Virtual production is the LED-wall studio method used on The Mandalorian, and it produces ordinary flat video. Computer-generated VR is a 3D environment built in a game engine. Interactive video is a different layer again: buttons, questions, and branches that sit on a video in a web player. Mindstamp makes that interactive layer for flat video only. It does not support 360-degree video, VR, or AR. In the short demo below, choose which part of an immersive project Mindstamp would add.
What people mean by VR production
Searches for "VR production" and "virtual reality production" mix several different jobs. Each uses different equipment and plays on different devices, so name the one you need before you ask for quotes.
| Type | What the viewer gets | How it is made | Where it plays |
|---|---|---|---|
| 360-degree video | Filmed footage they can look around in, in every direction, from where the camera stood | A camera with two or more lenses; software stitches the lens images into one spherical frame | 360 players on computers and phones, and headset apps such as YouTube VR |
| 180-degree video (VR180) | The half of the scene in front of them, often with a separate image for each eye | A camera with two wide-angle lenses | The same players and headsets as 360 video |
| Computer-generated VR | A 3D space they can move through and act in | Built by developers in a game engine | Headset apps |
| Virtual production | An ordinary flat film or TV show | Actors perform in front of LED walls that show a digital set rendered in real time | Any screen; no headset |
| Interactive video | A flat video with buttons, hotspots, questions, and branches | Interactions added on top of a finished video file | Any web browser or phone, or inside an LMS |
The VR video production process, step by step
These steps cover 360-degree and 180-degree video. The file requirements below are YouTube's, from its help pages as of October 2026. If you publish somewhere else, check that player's requirements.
1. Decide whether the viewer needs to look around
A 360 camera records every direction, so there is no space behind the camera for crew or lights. Plan where the viewer stands and what they should look at. If the important action happens in one direction, a 180-degree camera or an ordinary flat video is easier to light, direct, and edit. Use 360 when looking around is the point, such as a site walk-through or a room the viewer must inspect.
2. Shoot with a steady camera
Keep the camera at a fixed position and height for most shots. Meta's design guidance for headset apps explains that motion sickness can start when the eyes see movement while the body feels still, and that the balance organs in the inner ear respond to changes in motion, not to constant speed (Meta, locomotion comfort and usability). If the camera must move, move it at a steady speed and avoid sudden starts, stops, and turns. Watch test footage in a headset before you shoot the full script.
3. Stitch the footage
Each lens records its own image. YouTube's 180-degree and 360-degree upload guide says to stitch the file with the software that comes with the camera or with separate stitching software. Check the stitch line, where two lens images meet, and keep faces and on-screen text away from it when you frame each shot.
4. Edit in a 360 sequence
The same YouTube guide says to set the editing sequence to VR and match it to your source footage, then encode at a high resolution and follow YouTube's advanced encoding specifications. Do all cutting, color, and titles at this stage. Any interactive layer you add later sits on the finished file.
5. Mix spatial audio
Spatial audio changes as the viewer turns their head. For YouTube, the file needs first-order ambisonics in the AmbiX format (ACN channel order, SN3D normalization) as one four-channel track at 48 kHz, with spatial audio metadata added. YouTube uses only one audio track, so a file cannot carry a spatial track and a stereo track together (YouTube Help, spatial audio).
6. Add 360 metadata and export
A 360 file is a flat frame until metadata tells the player how to wrap it into a sphere. Google's spatial media specifications record the projection, usually equirectangular (the whole sphere unrolled into one frame, like a world map), and the stereo layout: mono, left-right, or top-bottom. YouTube's guide says to add the metadata before upload with an app such as Adobe Premiere (2019 or later) or with Google's Spatial Media Metadata Injector.
7. Upload and check playback
YouTube says 360 playback can take up to an hour to appear after upload. On a computer, a working 360 video shows a pan control in the top left and turns with the W, A, S, and D keys. Viewers can watch in Chrome, Firefox, Edge, or Opera, in the YouTube mobile app, or in the YouTube VR app on most headsets. Check the finished video on a phone and in a headset before you share it.
Virtual production is a different thing
Virtual production often gets described as VR, as it was in an earlier version of this article. On The Mandalorian, the crew shot on a stage surrounded by LED walls that displayed digital sets, with Unreal Engine running on four synchronized computers to render those sets in real time. Epic Games wrote in February 2020 that this method was used to film more than half of the first season. It let the filmmakers drop location shoots and capture complex visual effects shots in camera with accurate lighting and reflections (Unreal Engine blog).
The audience watches the result on an ordinary screen, with no headset. For a training or marketing team, virtual production replaces green screens and location shoots, while 360 production changes what the viewer can see. Neither method records what a viewer chose or understood.
Where interactive video fits alongside VR
Interactive video adds a response layer to a finished video. In Mindstamp, you place interactions on the timeline of a flat video, and each one is recorded against the viewer who used it:
- Questions that pause the video until the viewer answers, with a choice, text, voice, video, or drawing
- Hotspots that make an object in the frame clickable
- Branching that sends each viewer to the scene that matches their choice
- Buttons and time jumps that open a link or move the viewer forward or back
Interactive overlays are the elements the player draws on top of the video. Because they sit on top of the file, you can change them without re-editing or re-encoding the footage.
| 360 or VR video | Interactive video | |
|---|---|---|
| What the viewer controls | Where they look; in computer-generated VR, also where they move | What happens next: which answer, which scene, which link |
| Devices | A 360 player on a screen, or a headset for full immersion | Any browser or phone, an LMS, or a mobile app's web view |
| Production | 360 camera, stitching, spatial audio, metadata | Any finished flat video, with interactions added on top |
| What you learn about each viewer | Depends on the tool; some 360 tour tools add progress tracking and scoring | Each viewer's answers, clicks, scores, and path |
| Updating | Re-edit and re-export the file | Edit interactions at any time; replace the video file and the interactions stay in place |
Brief and debrief a headset session
Each learner needs a headset, and first-time users need time to be fitted and shown how to use it. Use a short interactive video before the session to teach the terms and check that learners are ready, and another after it to ask the questions you would ask in a debrief. With a SCORM package, the completion and score go to a compatible LMS, so the result sits with your other training records.
Turn 360 footage into a flat tour viewers steer
If you already shot 360 footage, export flat, reframed views from your 360 editor, one clip per room or viewpoint. Then add branching so viewers choose where to go next, and hotspots on objects worth a closer look. Our help article on 360 and VR video recommends this approach. Two published examples work this way with ordinary footage: a coworking space tour where viewers pick the parts of the space they want to see, and a village tour in Barbados where viewers click hotspots and choose where to go next.
Reach people without a headset
A flat interactive video plays in a browser, in an LMS, or inside an iPhone or Android app, so you can give the same scenario to field staff and customers without shipping hardware. Keep the immersive version for the learners and events where the headset adds something. For ten ways to make flat training video hold attention, see how video software can deliver engaging employee training.
Let viewers choose the story
Branching stories work without a headset. Netflix describes Black Mirror: Bandersnatch as a tale with multiple endings, and viewers pick what the main character does. On a smaller scale, The Count's Den, a vampire-themed audience participation theater in Los Angeles, made an interactive horror film with Mindstamp where viewers choose what happens next. To plan one, read our guide to writing a choose-your-own-adventure story.
Interactive 360 video: what it is and which tools make it
Interactive 360 video puts hotspots, questions, or links inside the sphere, so the viewer looks around and then selects something in the scene. Mindstamp does not do this. If you upload a 360 file, Mindstamp plays the whole sphere as a normal flat frame, so viewers see a stretched, curved image and cannot look around. Tools built for 360 handle it. Checked on the vendors' own sites in October 2026:
- 3DVista says its virtual tour software can include 360-degree and 180-degree videos, including stereoscopic ones, with interactive hotspots inside the video. It lists VR compatibility with Quest, Pico, and HTC headsets, and progress tracking and scoring for training tours.
- ThingLink describes tools that turn images and 360-degree media into immersive lessons, and ThingLink XR for sharing those lessons to headsets.
If looking around is not essential, the flat approach above is simpler: reframed clips, branching between viewpoints, and hotspots on the flat frame.
When VR training is worth the cost
PwC published a study in 2020 that compared VR with classroom and e-learning for soft skills training. New managers in 12 US locations took the same inclusive leadership course in a classroom, as e-learning, or in VR. PwC reported that VR learners:
- finished up to four times faster than classroom learners, and three times faster after counting the time to fit and learn the headset
- were up to 275% more confident to act on what they learned
- felt 3.75 times more emotionally connected to the content than classroom learners, and 2.3 times more than e-learners
- were up to four times more focused than e-learners, and 1.5 times more focused than classroom learners
The cost findings matter more for a budget decision. PwC found that VR content needed up to 48% more investment than similar classroom or e-learning courses. In its model, VR reached cost parity with classroom training at 375 learners and became 52% more cost-effective than classroom at 3,000 learners. It reached cost parity with e-learning at 1,950 learners (PwC, How virtual reality is redefining soft skills training). This is PwC's own study. The page does not give the number of participants, and the course taught one soft skill, so treat the figures as one data point.
Two rules of thumb follow from those numbers:
- If you train fewer people than PwC's 375-learner break-even, or the skill is mostly a decision (what to say, which step comes next), a flat interactive scenario costs less and reaches anyone with a browser. Our guide to scenario-based training shows how to build one.
- If you train thousands of people on a skill that depends on space or presence, such as finding hazards in a room, VR can pay back. Interactive video can still carry the briefing and the assessment around it.
Common questions
Does Mindstamp support 360-degree video, VR, or AR?
No. Mindstamp plays standard flat video in horizontal, vertical, or square format. It does not support 360-degree video, VR, or AR. To use 360 footage, export flat reframed views and connect them with branching and hotspots, as described above. If 360 or VR is a requirement for your project, contact us and describe what viewers need to do.
Does Mindstamp work in a VR headset?
A headset can open Mindstamp only as an ordinary web page. Mindstamp runs in a web browser. It has no VR or AR app and does not use headset tracking, so a headset's browser shows a Mindstamp video as a flat page.
What is the difference between VR and 360 video?
360 video is filmed footage that lets the viewer turn to look in any direction from where the camera stood. VR also covers computer-generated environments where the user can move around and handle objects. A 360 video watched in a headset feels like VR, but the viewer cannot step away from the camera position.
How much does VR video production cost?
Costs depend on crew, locations, length, and whether you need stereoscopic footage or computer-generated scenes. PwC's figure that VR content needed up to 48% more investment than comparable classroom or e-learning courses gives a rough sense of the premium for training. For flat video budgets and how teams scale production, see our guide to corporate training video production.
How could virtual reality change content marketing?
Statista's VR overview, updated in December 2025, put the consumer VR market at less than $16 billion in 2024 and projected more than $18 billion by the end of 2025. It also notes that businesses look to VR for customer experience, remote collaboration, and training (Statista, virtual reality statistics and facts). For most marketers, the practical step is smaller. Publish 360 footage where people can pan on a phone or computer without a headset, such as YouTube. Use flat interactive video when you want the viewer to fill in a form or book a call before the video ends.
Plan your project
Start by writing down what the viewer must do. If the answer is "look around a space," plan a 360 or VR production and a debrief around it. If the answer is "choose, answer, or click," start with a flat video you already have, add one question and one branch, and read who answered what in the report. The demo at the top of this page has its own example page that shows how it was built.
