Sans Normal Uhlig 14 is a bold, wide, medium contrast, upright, normal x-height font visually similar to 'Lagu Sans' by Alessio Laiso Type, 'Cosmos' by Berthold, 'City Boys' and 'City Boys Soft' by Dharma Type, 'Kiva Sans' by Kosinsky, and 'Dialog' by Linotype (names referenced only for comparison).
Keywords: headlines, branding, posters, signage, ui labels, modern, clean, confident, friendly, corporate, modern branding, display impact, clarity, geometric, smooth, crisp, open, balanced.
This typeface is a heavy, geometric sans with broad proportions and steady, even stroke weight. Round letters are built from clean circular/elliptical forms with smooth joins, while straight-sided capitals keep crisp terminals and consistent verticals. Counters are generally open and spacious for the weight, and curves are carefully regularized (notably in C/O/S), creating an orderly rhythm. The lowercase shows simple, modern construction with a single-storey a and g, short-to-moderate ascenders, and compact descenders, maintaining a stable, contemporary texture in text.
It performs especially well in headlines, logo and brand systems, posters, and large-format messaging where its wide stance and strong weight create immediate impact. It can also work for short UI labels, navigation, and packaging callouts where bold, clean forms improve quick recognition.
The overall tone is modern and straightforward, projecting clarity and confidence without feeling cold. Its rounded geometry adds a mild friendliness, making it feel approachable while still suited to professional, brand-forward communication.
The design appears intended to deliver a contemporary, geometric voice with high visual presence, prioritizing simple construction, smooth curves, and reliable consistency across glyphs for branding and display use.
The numerals follow the same geometric logic, with sturdy, high-visibility shapes and smooth curves that read well at large sizes. The italic is not shown; the presented style emphasizes consistency and strong silhouette over calligraphic modulation.