Sans Normal Bulir 4 is a regular weight, normal width, low contrast, upright, normal x-height font visually similar to 'CF Mod Grotesk' by Fonts.GR, 'Neue Helvetica eText' by Linotype, 'Pragmatica' by ParaType, and 'Arbeit Pro' and 'Few Grotesk' by Studio Few (names referenced only for comparison).
Keywords: ui text, body text, editorial, presentations, signage, clean, modern, neutral, friendly, efficient, neutral utility, legibility, modern clarity, system friendly, rounded, monolinear, open apertures, geometric-leaning, high legibility.
A clean, monolinear sans with rounded curves and straightforward construction. Uppercase forms are simple and balanced, with smooth bowls (B, D, P, R) and a near-circular O; the G includes a clear horizontal spur. Lowercase maintains a familiar, highly readable skeleton with a single-storey a and g, a curved descender on y, and compact, tidy joins in m and n. Strokes stay even with minimal modulation, terminals are mostly plain and gently rounded by the curve logic, and spacing reads open and consistent in text.
Works well for UI labels, product copy, and general body text where clarity and an even typographic color are important. Its straightforward forms also make it suitable for headings in presentations, wayfinding/signage at moderate sizes, and clean brand systems that need a neutral sans voice.
The overall tone is neutral and contemporary, with a soft friendliness from the rounded shapes and generous counters. It feels practical and unobtrusive, suited to interfaces and everyday communication rather than expressive display theatrics.
The design appears intended as a versatile, general-purpose sans that prioritizes legibility and consistency, using rounded, geometric-leaning shapes to stay modern while remaining familiar in continuous reading.
Figures appear modern and consistent with the letterforms, using clear, open shapes (notably 0, 6, 8, 9) that support quick recognition. The sample text shows steady rhythm and even color across lines, suggesting a focus on clarity at common reading sizes.