Sans Normal Habaz 2 is a regular weight, narrow, monoline, upright, normal x-height font.
Keywords: ui labels, posters, packaging, children’s content, social graphics, friendly, playful, casual, approachable, hand-drawn, approachability, readability, informality, modernity, rounded, soft, quirky, open apertures, loose rhythm.
A clean monoline sans with softly rounded corners and a lightly hand-drawn irregularity. Strokes are even and unbracketed, with rounded terminals and generous curves that keep counters open. Proportions are slightly condensed overall, with tall, simple capitals and compact lowercase forms; the lowercase includes single-storey shapes and gently hooked descenders. Spacing reads on the loose side, giving words an airy, unforced rhythm, and the numerals follow the same rounded, straightforward construction for consistent texture in text.
Well-suited for short-to-medium text where clarity and friendliness matter, such as UI labels, app onboarding, posters, and social graphics. Its rounded, informal voice also fits packaging, cafés, and kid-oriented or educational materials, and it can work as a personable headline or subhead companion in editorial layouts.
The font conveys a warm, informal tone—more personable than clinical—thanks to its rounded ends and subtle wobble in curves and joins. It feels friendly and contemporary, with a hint of whimsy that suits lighthearted messaging without becoming overly decorative.
The design appears intended to provide an approachable, modern sans that stays legible while introducing a casual, human touch. By keeping construction simple and stroke weight consistent, it aims for reliable readability, while rounded terminals and slightly quirky details add warmth and personality.
Distinctive curved details appear in a few letters (notably the hooked J and the looped, descending y), which add character and help prevent the design from feeling generic. Overall texture remains even due to the uniform stroke weight, while the slightly condensed width helps it sit neatly in narrow layouts.