Sans Normal Okrul 18 is a bold, normal width, low contrast, upright, normal x-height font visually similar to 'Core Sans C' and 'Core Sans CR' by S-Core, 'URW Geometric' by URW Type Foundry, and 'Drystick Geo Grotesk' by deFharo (names referenced only for comparison).
Keywords: headlines, branding, posters, signage, ui labels, clean, modern, friendly, confident, neutral, clarity, impact, versatility, modern branding, geometric, rounded, compact, high legibility, even rhythm.
This typeface presents a sturdy sans construction with largely geometric letterforms and rounded curves. Strokes are consistently heavy with minimal modulation, and terminals are clean and mostly squared, giving a crisp, contemporary finish. Counters are open and generously sized for the weight, while the overall proportions read compact and efficient, with steady spacing and an even typographic color. The lowercase shows single-storey forms for a and g, and the numerals are straightforward and highly readable, with simple shapes and clear distinctions between characters.
It performs especially well in headlines and display copy where its solid weight and clean geometry create immediate impact. The clear character shapes also suit signage and UI labels that need quick recognition, and it can support bold brand systems that rely on simple, modern typography.
The overall tone is modern and approachable, balancing a friendly roundness with a confident, no-nonsense presence. It feels neutral enough for broad utility while still projecting a contemporary, designed look suitable for brand-forward applications.
The design appears intended as a versatile, contemporary sans that prioritizes clarity and strong presence, using geometric structure and consistent stroke weight to stay legible while feeling modern and approachable.
Round letters like O/C/G appear smoothly circular, while diagonals (A/V/W/X/Y) are firm and assertive, contributing to a strong rhythm in headlines. The punctuation and word shapes in the sample text suggest a stable texture that remains clear at larger sizes and in dense settings.