Sans Normal Henah 2 is a regular weight, normal width, monoline, upright, tall x-height font.
Keywords: branding, packaging, headlines, ui labels, posters, friendly, playful, modern, approachable, soft, approachability, legibility, modernity, simplicity, cheerful tone, rounded, geometric, clean, open, bubbly.
A rounded sans with smooth, monoline strokes and generously curved terminals throughout. The design leans geometric—many bowls read as near-circular—while keeping a slightly hand-drawn softness through subtle asymmetries and lively joins. Proportions feel compact and sturdy, with a tall x-height and short extenders that keep words dense and readable. Counters are open and simple, curves are consistently tensioned, and diagonals (like in V/W/X/Y) are softened by rounded ends rather than sharp vertices.
This font works well for brand identities that want warmth without losing clarity, especially in logos, packaging, and display headlines. The tall x-height and open counters help it hold up in UI labels, short product copy, and wayfinding-style text where quick recognition matters. It’s best when used at small-to-medium sizes or as a personable display face rather than for dense, long-form reading.
The overall tone is upbeat and welcoming, with a gentle, bubbly warmth that avoids feeling childish. Its rounded construction and open shapes give it a contemporary, human-friendly character suited to cheerful messaging and casual interfaces.
The design appears aimed at delivering a clean, contemporary sans with softened geometry—prioritizing approachability, legibility, and an easygoing rhythm. Its consistent stroke weight and rounded terminals suggest an intention to feel friendly and modern while remaining straightforward to set across headings and short text.
Distinctive details include a single-storey “a” and “g,” a rounded, almost teardrop-like “e,” and a “t” with a soft, understated crossbar. The capital set stays clean and geometric, with rounded corners and simplified forms; numerals match the same friendly curvature and even stroke rhythm.