Sans Normal Sibaz 2 is a light, normal width, monoline, upright, short x-height font.
Keywords: ui text, body text, headlines, branding, signage, clean, friendly, modern, approachable, calm, clarity, neutrality, approachability, versatility, readability, rounded, open apertures, soft terminals, geometric, minimal.
A clean, rounded sans with mostly monoline strokes and gently softened terminals. Curves are built from simple circular and elliptical geometry, giving letters like O, C, and G an even, steady rhythm. Uppercase proportions feel straightforward and slightly condensed in their internal spaces, while the lowercase uses compact bowls and a notably short x-height that keeps the line texture light and tidy. Details such as the single-storey a and g, open counters, and a simple, linear construction for forms like k and y reinforce a clear, contemporary skeleton. Numerals follow the same smooth, understated drawing with consistent stroke weight and generous rounding.
This style works well for UI labels, product copy, and general editorial text where a clean, contemporary sans is needed. It also suits branding and packaging that benefits from a friendly, rounded voice, and can scale up nicely for simple headlines and wayfinding where smooth geometry and clear counters aid legibility.
The overall tone is modern and approachable, with a friendly neutrality that avoids sharpness or rigidity. Its soft rounding and open shapes read as calm and accessible, suited to brands or interfaces that want clarity without feeling clinical.
The design appears intended as a straightforward, contemporary sans that emphasizes clarity and consistency through rounded geometry and restrained detailing. Its compact lowercase proportions and soft terminals suggest a focus on maintaining a light, pleasant reading color across longer text while remaining versatile for display use.
The font maintains a consistent geometric logic across cases, with rounded joins and minimal contrast supporting an even texture in paragraphs. The sample text shows good separation between similarly shaped letters through open apertures and distinct terminals, helping it stay readable at typical text sizes.