Sans Normal Rigak 1 is a bold, normal width, low contrast, upright, normal x-height font visually similar to 'Novel Display' by Atlas Font Foundry, 'Joanna Sans Nova' by Monotype, and 'Calluna Sans' by exljbris (names referenced only for comparison).
Keywords: ui labels, branding, posters, headlines, packaging, modern, friendly, clean, confident, utilitarian, clarity, approachability, modern branding, everyday utility, geometric simplicity, rounded, geometric, open counters, smooth terminals, even rhythm.
A rounded geometric sans with sturdy, even strokes and smoothly finished terminals. The overall construction leans on circular and elliptical curves, producing broad bowls and open counters (notably in C, G, O, and e). Proportions are balanced with a steady cap height and a moderate x-height, while apertures remain clear enough to keep forms from closing up. Details are restrained and consistent: the lowercase a and g are single-storey, the q has a short, straight descender, and the numerals are compact with simple, contemporary shapes.
Well-suited for interface labels, product branding, and general marketing where a clean, contemporary voice is needed. The robust shapes also perform well for headlines and short blocks of text in print and digital layouts, especially when a friendly geometric sans is desired.
The font projects a modern, approachable tone—solid and dependable without feeling severe. Its rounded geometry and open shapes read as friendly and straightforward, making it feel at home in contemporary, everyday communication.
The design appears intended to provide a versatile, contemporary sans that balances geometric purity with readability. Its rounded forms and open counters suggest a goal of creating a welcoming, accessible texture while retaining a crisp, modern silhouette.
The face maintains a calm, even texture in paragraphs, with spacing and letterforms that avoid sharp joins or high-strain corners. Diacritics and punctuation aren’t shown, but the displayed set suggests an emphasis on clarity and uniformity over expressive quirks.