Sans Normal Bobih 10 is a regular weight, normal width, low contrast, upright, normal x-height font visually similar to 'Sans Atwic Modern' by Caron twice, 'SST' and 'SST Vietnamese' by Monotype, 'Interval Next' by Mostardesign, and 'NuOrder' by The Northern Block (names referenced only for comparison).
Keywords: ui text, product design, editorial, presentations, signage, neutral, modern, clean, friendly, utilitarian, versatility, legibility, neutrality, clarity, systematic, rounded, open apertures, even rhythm, unembellished, functional.
A clean sans with broadly rounded forms, smooth curves, and largely monolinear strokes. Counters are open and shapes are simple and geometric-leaning without feeling rigid. Terminals are plain and mostly horizontal/vertical, producing a steady rhythm in text. The lowercase shows straightforward constructions with clear stems and bowls, and the numerals follow the same unadorned, evenly weighted logic for consistent color in paragraphs.
Well-suited to interface copy, product and brand communications, and general-purpose editorial layouts where a clean, consistent sans is needed. It also works for headings and short display lines thanks to its smooth geometry and stable texture, and it should hold up in signage or wayfinding contexts that benefit from open counters and simple forms.
The overall tone is neutral and contemporary, with a calm, approachable clarity. Its unpretentious geometry and even texture make it feel practical and broadly usable rather than expressive or decorative.
The design appears intended as a dependable, general-purpose sans that prioritizes clarity and consistency across letters, numerals, and mixed-case text. Its restrained, rounded construction suggests an aim for modern neutrality that integrates easily into many visual systems without calling attention to itself.
In the sample text, spacing and letterfit read balanced and comfortable at large sizes, with smooth curves that keep lines visually even. Round characters and bowls retain generous interior space, supporting clear differentiation in continuous reading.