Sans Superellipse Sibap 7 is a bold, narrow, medium contrast, upright, normal x-height font visually similar to 'Indecise' by Tipo Pèpel (names referenced only for comparison).
Keywords: posters, headlines, packaging, signage, ui labels, industrial, condensed, authoritative, utility, modern, space-saving, impact, clarity, modern utility, compact, monolinear, squared, rounded, tall.
A compact, tall-proportioned sans with squarish, rounded-corner construction that shows up clearly in bowls and counters. Strokes are largely even with clean, crisp terminals and minimal modulation, producing a sturdy, uniform texture. Curves tend toward superellipse-like rounding rather than perfect circles, and the overall rhythm is tight, with narrow forms and efficient internal spaces that keep letters readable at size while remaining space-saving. The lowercase uses single-storey a and g, with straightforward, geometric joins and a restrained, functional silhouette.
It performs well where you need strong impact in limited horizontal space—headlines, posters, and packaging callouts benefit from its condensed footprint and firm color. The straightforward shapes also suit signage and UI labels, especially for short strings, navigation, or emphasis text where clarity and compactness are priorities.
The font reads modern and no-nonsense, with an industrial, signage-like presence. Its tight set and tall stance convey efficiency and authority, making text feel direct and pragmatic rather than expressive or delicate.
The design appears intended as a space-efficient display sans that maintains clarity through squared-round geometry and uniform stroke behavior. Its emphasis on compact width, sturdy structure, and simple lowercase construction suggests a focus on practical communication and high-impact typographic hierarchy.
Uppercase forms emphasize straight-sided geometry and compact apertures, while round letters keep a slightly squared profile that reinforces the engineered feel. Numerals follow the same compact, sturdy logic, with consistent stroke weight and clear differentiation suited to dense settings.