Sans Normal Ohbug 4 is a bold, wide, low contrast, upright, normal x-height font visually similar to 'Artegra Sans' by Artegra, 'Asket' and 'Minor' by Glen Jan, and 'Resist Sans' by Groteskly Yours (names referenced only for comparison).
Keywords: headlines, posters, branding, signage, packaging, modern, confident, friendly, utilitarian, sporty, impact, clarity, simplicity, modernity, legibility, geometric, rounded, blocky, compact, clean.
A heavy, geometric sans with round bowls and broadly squared shoulders, built from simple circular and straight elements. Curves are smooth and generous, while terminals are largely flat and blunt, giving the letters a sturdy, block-like presence. Counters are fairly open for the weight, with consistent stroke thickness and even, no-nonsense joins; diagonals in forms like A, V, W, X, and Y feel strong and stable. The lowercase shows straightforward construction with a single-storey a and g, a compact r, and a simple, robust t, maintaining a cohesive rhythm across text.
Well-suited to large-scale typography where impact and clarity are priorities, such as headlines, posters, brand wordmarks, and environmental graphics. It can also work for bold UI labels, sports or lifestyle branding, and packaging where a clean, sturdy sans is desired.
The overall tone is direct and contemporary, pairing a friendly roundness with an assertive, high-impact voice. It reads as practical and energetic rather than delicate, suggesting clarity, momentum, and straightforward communication.
The design appears intended as a high-impact geometric sans that stays readable while delivering a strong, contemporary presence. Its simplified shapes, open counters, and blunt terminals aim for consistent texture and easy reproduction across print and screen contexts.
In the text sample, the dense weight creates strong word shapes and pronounced emphasis, with punctuation and figures matching the same blunt, solid aesthetic. Numerals are wide and prominent, and rounded forms like O/0 and 8 stand out with smooth, even curves that reinforce the geometric character.