Mobile vs Desktop Virtual Try-On: Which Works Better?

Virtual try-on works differently depending on whether you are using a mobile phone or a desktop computer. Both work with VTS — but the experience has meaningful differences that affect how you get the best results.

Why Mobile Is the Natural Home for Virtual Try-On

The body scanning component of VTS requires two photos — front and side. Taking those photos is inherently a mobile activity. Your phone is the camera, and you naturally use it to photograph yourself.

On mobile, the entire experience is seamless. You are browsing a product on your phone, you tap the VTS widget, you take the photos directly in your browser, and the AI processes them and returns your size recommendation — all without switching devices.

This frictionless flow is why mobile is the primary use case for VTS and why the experience is optimised for mobile browsers first.

Does VTS Work on Desktop?

Yes. VTS works fully on desktop browsers. However, the photo-taking step works differently.

On desktop, shoppers who have taken photos on their phone can upload them from their camera roll to the desktop browser. This requires the photos to be accessible on the desktop device — either through cloud storage like iCloud or Google Photos, or by transferring them directly.

For shoppers who regularly browse on desktop, this adds a small amount of friction to the scanning step. The recommendation and heatmap experience after scanning is identical on desktop and mobile.

Which Device Gives More Accurate Results?

Accuracy is not determined by device — it is determined by photo quality. The same photo taken on an older phone and uploaded to a desktop will produce the same measurement extraction as the same photo viewed on mobile.

The practical advantage of mobile is that it is easier to take good photos. You can position the phone at the right distance, check the frame before taking the shot, and retake immediately if the result is not clear. Desktop scanning requires photos taken separately, which introduces more opportunity for suboptimal photo conditions.

For the highest accuracy, take your photos on mobile in good lighting, in fitted clothing, at approximately 1.5 metres from the camera.

The Try-On Image Experience on Each Device

After scanning, VTS generates a photorealistic try-on image. On mobile, this image fills the screen naturally and can be shared directly to social media from the widget.

On desktop, the try-on image displays within the browser at full resolution. The fit heatmap and size recommendation are displayed alongside it. Desktop gives a larger viewing area for examining the try-on image in detail, which some shoppers prefer for evaluating fit and style.

Mobile Shopping Statistics

Mobile commerce accounts for a significant and growing share of online shopping. For fashion specifically, mobile is the dominant browsing and purchasing device for most demographics.

VTS is designed for mobile-first performance — fast loading, intuitive touch interactions, and a photo-taking flow that works naturally with how people use their phones. Desktop support ensures no shopper is excluded, but mobile is where the majority of VTS interactions happen.

Frequently Asked Questions

Can I take the photos on my phone and then view the results on my desktop?

Yes. You can start the VTS process on your phone, complete the photo step, and then the results are displayed in the same browser session. Alternatively, upload your phone photos to a desktop session via cloud storage.

Does VTS work on tablets?

Yes. Tablets run the same browser-based VTS widget as mobile phones and desktops. The experience is similar to mobile, with the larger screen providing more space to view the try-on image and heatmap.

Is the VTS widget optimised for different screen sizes?

Yes. The VTS widget is fully responsive and adapts to any screen size — from small mobile screens to large desktop monitors.

Which browsers are supported?

VTS works on all major browsers including Safari, Chrome, Firefox, and Edge, on both iOS and Android mobile, and on desktop operating systems.