When Apple first announced spatial video capture on iPhone 15 Pro, I was skeptical. It felt like a feature designed to sell Vision Pro headsets—a gimmick that would be used once, forgotten, and quietly deprecated in a future iOS update.

I was wrong. Spatial video is actually good now, and it’s becoming genuinely useful beyond the Apple ecosystem.

What’s Actually Changed

The original spatial video implementation on iPhone 15 Pro was functional but limited. You could capture 1080p stereoscopic video at 30fps, view it on Vision Pro, and that was about it. The content looked decent in the headset but wasn’t really shareable or usable elsewhere.

iOS 18.3 and 18.4 brought significant improvements. Resolution bumped to 4K on iPhone 16 Pro. Frame rate options expanded to include 60fps. More importantly, export formats improved—you can now export spatial video as side-by-side 3D video that works with other VR headsets, not just Vision Pro.

The capture process also got smarter. Better stabilization, improved depth mapping, and automatic horizon leveling make casual spatial captures much more watchable. You’re no longer stuck with the wonky, slightly nauseating footage that early spatial video often produced.

The Use Cases Are Expanding

Initially, spatial video felt like a solution looking for a problem. Who’s recording home videos for VR playback? Turns out, quite a few people once the quality improved.

Family events—birthdays, graduations, holidays—are the obvious use case. Being able to relive a moment with depth and presence is genuinely more engaging than flat video. It’s not revolutionary, but it’s noticeably better. Grandparents watching grandkids’ birthday parties in spatial video report feeling “like they’re there,” which is the whole point.

Real estate and property documentation is another emerging use. Walking through a spatial video capture of a property gives buyers a better sense of space than photos or flat video. It’s not as good as a proper VR tour app, but it’s way easier to create—just hold up your phone and record.

Travel content creators are starting to adopt it too. Spatial video of a hike, a cityscape, or a cultural event gives viewers a better sense of place. The format is still niche, but platforms are slowly starting to support spatial video playback, which makes creating this content more worthwhile.

Viewing Options Beyond Vision Pro

Apple Vision Pro is still the best way to view iPhone spatial video, but it’s no longer the only way. Meta Quest headsets can play side-by-side 3D video, and there are tools to convert iPhone spatial video into Quest-compatible formats.

You can also view spatial video on the iPhone itself using the screen as a window into the 3D scene. It’s not as immersive as a headset, but the gyroscope tracking gives you a sense of depth as you tilt the phone. It’s a clever middle ground for sharing content with people who don’t own VR headsets.

YouTube now supports spatial video uploads in certain formats, though discoverability is still poor. Meta’s Horizon platform accepts spatial video. Other VR platforms are following. The ecosystem is maturing, slowly but steadily.

The Limitations Are Still Real

Let’s be clear—spatial video from iPhone isn’t professional-quality volumetric capture. The depth information is derived from two lenses spaced fairly close together, so it’s not as pronounced as dedicated 3D camera rigs. Fast motion can cause artifacts. Low light performance degrades quickly.

The files are also massive. A one-minute 4K spatial video can easily hit 500MB-1GB. That’s a storage nightmare if you’re shooting a lot of content, and it makes sharing painful without compression. Cloud storage costs add up fast if you’re serious about spatial video.

And of course, most people still don’t own VR headsets, which limits the audience for this content. Spatial video is cool when viewed properly, but falls back to awkward side-by-side 3D when viewed flat. That’s fine for archival purposes, but it’s not great for sharing on social media.

It’s a Format That Might Actually Stick

Here’s why I think spatial video has legs: it requires zero additional hardware. If you’ve already got an iPhone 15 Pro or newer, you can shoot spatial video right now. No expensive 3D camera rig, no complicated setup, no learning curve. Just open the camera app and hit record.

That ease of creation matters. 3D video has been technically possible for decades, but it never took off because the barrier to entry was too high. Spatial video on iPhone lowers that barrier to basically nothing. As VR headsets become more common—and they are, slowly—having a library of spatial content will be valuable.

The quality is also good enough now that it doesn’t feel like a compromise. Early spatial video had that uncanny valley problem where it was almost good enough but not quite. Current spatial video from iPhone 16 Pro genuinely looks solid when viewed on a good headset. The presence is there.

What’s Next

Apple’s rumored to be working on spatial photo improvements and better editing tools for spatial content. Third-party apps are starting to support spatial video editing, which is essential for making this content actually usable.

I’d expect other phone manufacturers to adopt similar features eventually. Samsung’s got the hardware to do stereoscopic capture; they just haven’t prioritized it. Google could easily add spatial video to Pixel phones. Once it’s not just an Apple feature, adoption will accelerate.

The real breakthrough will be when social platforms fully support spatial video playback. Right now, sharing spatial video is clunky—you send a file, hope the recipient has a compatible device, and cross your fingers. When you can post spatial video to Instagram or TikTok and have it “just work” for people with VR headsets, that’s when it becomes mainstream.

We’re not there yet. But spatial video has gone from “interesting tech demo” to “actually useful feature” faster than I expected. That’s worth paying attention to.