Sans Normal Hiret 6 is a light, normal width, low contrast, upright, normal x-height font visually similar to 'Beround', 'Beround Pro', 'Olyford', and 'Olyford Variable' by NicolassFonts (names referenced only for comparison).
Keywords: ui text, product design, branding, signage, editorial, clean, friendly, modern, approachable, airy, clarity, modern utility, friendly minimalism, everyday readability, brand neutrality, rounded, geometric, monoline, open apertures, soft terminals.
A rounded geometric sans with monoline strokes and softly finished terminals. Forms lean on circular and oval geometry, producing smooth bowls and consistent curves, while joins stay clean and unembellished. Counters are generous and apertures remain open, helping letters keep clarity at smaller sizes. Proportions feel balanced and slightly spacious, with round characters (O/C/G) reading especially even and the overall rhythm staying steady across mixed-case text and numerals.
Performs well in user interfaces, app/website typography, and product UI where a clean sans with softened geometry improves readability. It also suits branding, packaging, and signage that benefits from a modern but approachable character, and can hold up in short editorial passages thanks to its open counters and steady spacing.
The tone is contemporary and friendly, combining a crisp, minimal construction with softened corners that keep it from feeling cold. Its smooth curves and open shapes create an easygoing, accessible voice suited to modern interface and brand contexts.
Likely designed to deliver a neutral, modern reading experience rooted in geometric shapes, while rounding and open apertures add warmth and usability. The overall construction suggests an emphasis on clarity and consistent texture in continuous text and mixed-case settings.
Capitals are simple and geometric, while the lowercase maintains a straightforward, highly legible structure with single-storey forms where expected and minimal modulation. Numerals follow the same rounded logic, with clear differentiation and a consistent stroke presence that matches the letters.