Sans Superellipse Byrum 11 is a very bold, very narrow, medium contrast, upright, normal x-height font.
Keywords: headlines, posters, logotypes, editorial, packaging, condensed, dramatic, retro, fashion, poster, space saving, high impact, display titling, brand voice, vintage cueing, tall, compressed, monolinear, vertical stress, tight spacing.
A tall, highly condensed sans with taut vertical proportions and a compact footprint. Strokes read mostly even, with subtle contrast created by flared joins and occasional narrowing in the middle of stems. Curves are built from rounded-rectangle geometry, producing pinched ovals in counters and narrow apertures in letters like C, S, and e. Terminals tend to be sharp or slightly tapered, and several forms (notably M, W, and some diagonals) show compressed inner structure that emphasizes a vertical rhythm. Numerals follow the same narrow, elongated construction for a consistent texture across lines.
Best suited to display sizes where its condensed silhouette can save space and add impact—headlines, posters, editorial titling, and brand marks that want a tall, assertive presence. It can also work for packaging and labels where a dramatic, compressed line fits a narrow column or vertical composition.
The overall tone is bold and theatrical, with a distinctly vintage display feel. Its narrow, towering shapes and tight internal spaces create a dramatic, fashion-forward voice that can feel both elegant and slightly ominous depending on setting. The texture is intense and attention-grabbing, especially in all-caps.
This design appears intended to deliver maximum presence in minimal horizontal space, combining condensed proportions with rounded-rectangle construction to create a distinctive, high-impact display sans. The consistent narrow rhythm and energetic terminals suggest a focus on titling and branding rather than long-form text.
In the text sample, the condensed width and tight counters make long passages feel dense, while short lines and headlines gain strong vertical momentum. The narrow apertures and pointed terminals increase edge energy, so comfortable reading depends heavily on size, tracking, and contrast of the layout.