Pixel Art Scale Calculator

Because integer scaling only allows whole-number multiples of your canvas size, the output rarely lands exactly on the target unless the target happens to divide evenly by the canvas. A 64px canvas scaled 16x produces a 1024px image, which is smaller than a 1920px target — the calculator deliberately stops at the largest whole-number scale that still fits rather than stretching the last bit to fill the frame.

A fractional scale factor means some source pixels map to more display pixels than others, which blurs edges and breaks the crisp, uniform-block look that defines pixel art. Integer scaling keeps every source pixel exactly the same size on screen, which is why engines like sprite renderers and pixel-art game exporters insist on whole-number scale factors.

They work backward from your target resolution to tell you the largest native canvas size that would still reach that target using a clean 2x or 4x multiplier. This is useful when planning a new piece: if you know your target display size in advance, these figures tell you how detailed you can afford to draw at native resolution. Both figures assume a square canvas (equal width and height) — they take the smaller of your target width/N and target height/N, so for a non-square sprite (like a 32×48 character) treat the number as an upper bound on the shorter side, not an independent width and height.

Most target displays and export resolutions are wider than they are tall relative to a square pixel art canvas, so the height axis typically runs out of room for another whole scale step before the width axis does. This calculator takes the smaller of the width-based and height-based scale factors, so whichever dimension is more constrained sets the final scale.