Sans Normal Okruh 21 is a bold, normal width, low contrast, upright, normal x-height font visually similar to 'Capitana' by Floodfonts, 'Grava' by Positype, 'Geograph' by Sarah Khan, and 'Glendale' by Sarid Ezra (names referenced only for comparison).
Keywords: headlines, branding, posters, packaging, signage, modern, friendly, confident, clean, pragmatic, clarity, impact, modernity, approachability, simplicity, geometric, rounded, solid, crisp, compact.
This typeface is a sturdy geometric sans with rounded bowls and broadly circular counters. Strokes are heavy and even, with clean terminals and minimal modulation, creating a solid, blocky silhouette across letters and numerals. Proportions lean slightly compact, with generous interior space in round characters and simple, engineered joins in diagonals. The lowercase is straightforward and highly legible, pairing single-storey forms with tight apertures and consistent rhythm in text.
This font is well suited to headlines, brand marks, and prominent UI or product labeling where a clear, contemporary sans is needed. Its sturdy geometry and even texture also work well for signage and posters, especially when impact and quick recognition matter more than delicate typographic nuance.
The overall tone feels modern and approachable, projecting confidence without looking formal. Its rounded geometry reads friendly and contemporary, while the heavy, steady stroke weight adds decisiveness and impact. The result is a clear, utilitarian voice that still feels warm rather than clinical.
The design intention appears to be a broadly usable geometric sans that prioritizes clarity and punch. By relying on simple circular construction, rounded counters, and a steady stroke, it aims to deliver a modern, friendly presence across display and general-purpose settings.
Numerals follow the same rounded, geometric logic, with prominent curves and clear differentiation at a glance. The sample text shows strong word shapes and consistent color, favoring headline presence and short-to-medium reading at larger sizes.