Sans Normal Asmud 4 is a regular weight, normal width, low contrast, upright, normal x-height font visually similar to 'BR Hendrix' by Brink, 'Plasto' by Eko Bimantara, 'Compita' by Studio Buchanan, 'TT Hoves Pro' and 'TT Norms Pro' by TypeType, and 'Pln Hyeonbatang' by Ziwoosoft (names referenced only for comparison).
Keywords: ui, wayfinding, branding, editorial, data display, clean, modern, neutral, friendly, technical, versatility, clarity, modernity, system design, readability, geometric, monoline, rounded, crisp, open counters.
A clean, monoline sans with a geometric skeleton and subtly humanized joins. Curves are near-circular with smooth, even stroke weight, while terminals are cleanly cut and largely square. Uppercase forms are straightforward and stable, with broad round letters (C, O, G) and a simple, open G with a horizontal bar. Lowercase keeps a compact, highly legible construction: a double-storey g with a small ear, single-storey a, a short-shouldered r, and a fairly open e; dots on i and j are round. Numerals are simple and utilitarian, with consistent proportions and clear differentiation, matching the letterforms’ even rhythm.
Well-suited for interface typography, product and system branding, signage, and general-purpose editorial text where a clean sans is needed. The clear counters and steady rhythm also make it a solid choice for dashboards, tables, and other information-heavy layouts.
The overall tone is neutral and contemporary, balancing a precise, engineered feel with approachable roundness. It reads as quietly confident rather than expressive, making it suitable where clarity and restraint are desired.
The design appears intended as a versatile, contemporary workhorse sans: geometric enough to feel modern and systematic, but softened with rounded details to remain comfortable in continuous reading.
Spacing appears even and well-controlled in the sample text, producing a steady texture without hotspots. The type shows strong consistency between uppercase, lowercase, and figures, with open apertures that support readability at smaller sizes.