What Is AR Drawing? Augmented Reality Tracing Explained

When you start an AR tracing session, the app builds a map of the surface in front of the camera — your desk and the paper on it — using the camera feed plus the phone's gyroscope and accelerometer. Your chosen image is then anchored to that map, not to the screen. Move the phone and the image stays put on the paper, exactly like a printed page would.

That anchoring is the key difference from simpler camera-overlay tracing, where the image is glued to the camera frame and any phone movement shifts it off your drawing.

Camera overlay (the virtual projector method) is simpler and works everywhere, but it demands a perfectly still phone. AR mode tolerates movement, which makes it the better choice for longer sessions, larger drawings, or working without a stand. The trade-off: AR needs decent lighting and a surface with some visual texture for tracking to stay solid.

If the image drifts or jitters, it's almost always one of these:

• Low light — AR tracking needs a well-lit room to see surface features
• A blank, featureless desk — add some visual anchors around the paper (pens, tape, a mug) for the tracker to grip
• Glossy or reflective surfaces — glare confuses the camera; matte surfaces track best
• Moving the phone too fast — smooth, slow movements keep the anchor solid

Stencly includes an AR tracing mode alongside Camera and Lightbox modes, so you can pick per drawing: quick small sketch — Lightbox; propped-phone session — Camera; bigger freehand session — AR. Any template, photo, or AI-generated stencil works in all three.