Sans Superellipse Ramed 2 is a regular weight, very narrow, medium contrast, upright, tall x-height font.
Keywords: headlines, posters, editorial, packaging, wayfinding, modern, condensed, clean, technical, space saving, modern clarity, systematic geometry, editorial voice, monolinear, rounded corners, closed apertures, straight-sided, geometric.
A tightly condensed sans with tall proportions and a compact, vertical rhythm. Strokes read largely monolinear with subtle modulation, and curves resolve into rounded-rectangle bowls rather than perfect circles, giving counters a squared-off softness. Many letters show straightened sides and pinched joins (notably in S and numerals), while terminals are clean and minimally treated, keeping the texture crisp at text sizes. The lowercase is narrow with a high x-height and short extenders, producing efficient line fill and an even, column-like color.
Best suited for headlines, subheads, captions, and other space-constrained typography where a tall, condensed voice is advantageous. Its crisp, controlled shapes work well in editorial layouts, packaging, and signage systems that need a modern, structured look with clear vertical emphasis.
The overall tone is modern and utilitarian, with a disciplined, space-saving silhouette that feels engineered and contemporary. Rounded-rectangle curves add a mild friendliness, but the condensed stance and closed forms keep it focused and no-nonsense—well suited to information-forward design.
The design appears intended to maximize economy of width while maintaining a consistent, geometric identity built around rounded-rectangle curves. It prioritizes a clean, contemporary texture and a distinctive superelliptic construction that stays coherent from display settings down to denser text blocks.
Round letters like O/C/G and the digit 0 are notably superelliptic, with flattened sides and softened corners that create a distinctive, consistent skeleton across both cases and figures. The numerals share the same compact, tall geometry, and punctuation appears restrained, supporting dense settings without drawing attention.