Curved monitors have four main downsides: a limited ideal viewing position, potential image distortion at the screen edges, a larger physical footprint, and reduced suitability for wall mounting or multi-monitor setups.
The biggest practical limitation is that a curved monitor's geometry is optimized for one viewer seated directly in front of the panel. Move off-axis — to the side, or if a second person is watching — and the curve that enhances immersion at center becomes a source of distortion and uneven brightness. Tighter curvatures like 1500R amplify this effect more than shallower curves like 1800R. The curved frame also requires more desk depth to clear the stand's footprint, and the non-flat profile complicates flush wall mounting.
- Off-axis viewing on curved monitors degrades image geometry and brightness — most pronounced beyond 30 degrees from center.
- A 1500R curved monitor requires the viewer to sit approximately 59 inches (150cm) or closer for the curve to match natural eye focal distance.
- Curved monitor stands typically add 4–6 inches of additional desk depth compared to flat panel stands of the same screen size.
- Most curved monitors use 75×75mm VESA mounting, but the curved rear profile can conflict with standard flat wall-mount brackets.
- VA panels — common in curved monitors — can show ghosting at high refresh rates, a separate performance tradeoff from curvature itself.