Sans Normal Haliy 13 is a regular weight, normal width, low contrast, upright, normal x-height font.
Keywords: ui text, body text, wayfinding, presentations, branding, clean, friendly, modern, approachable, neutral, legibility, clarity, accessibility, neutrality, versatility, rounded, open apertures, soft terminals, monoline, humanist.
A clean sans with monoline strokes and softly rounded terminals throughout. Curves are smooth and generously open, giving letters like C, G, S, and e a clear, airy feel, while straight strokes keep a steady, even rhythm. Uppercase forms read simple and geometric-leaning, with mild corner rounding and balanced proportions; lowercase maintains a straightforward, uncluttered construction with a single-storey g and open counters. Figures are clear and contemporary, with rounded shapes and consistent stroke endings that match the alphabet.
It suits interface typography, dashboards, and product surfaces where a crisp, low-friction reading experience is needed. The open apertures and steady stroke weight make it comfortable for paragraphs, captions, and instructional copy, while the tidy uppercase and numerals work well for signage, labels, and slide decks. Its friendly neutrality also fits contemporary brand systems that need an accessible, non-distracting voice.
The overall tone is friendly and modern, with a calm neutrality that avoids sounding overly technical or overly playful. Rounded endings and open shapes add warmth and approachability, making the texture feel smooth and conversational. It conveys clarity and ease without drawing attention to stylistic quirks.
The design appears aimed at an all-purpose, highly legible sans that feels contemporary and approachable. Rounded terminals and open forms suggest an intention to reduce visual harshness and keep text readable across a range of sizes and contexts.
Letterforms show a consistent rounding strategy at stroke ends and joins, which helps maintain uniform color in text. The design prioritizes simple silhouettes and legibility, with clear differentiation between rounded and straight-sided forms across the set.