Sans Normal Usriv 5 is a regular weight, wide, medium contrast, italic, normal x-height font visually similar to 'Lader' by Groteskly Yours, 'Poligon' by Halbfett, and 'Olyford' by NicolassFonts (names referenced only for comparison).
Keywords: ui labels, editorial, branding, posters, signage, modern, neutral, friendly, clean, dynamic, readability, modernity, approachability, momentum, versatility, oblique, open apertures, rounded forms, humanist, smooth curves.
This typeface is an oblique sans with broad, open proportions and a smooth, rounded construction. Strokes are clean and fairly even, with subtle contrast created by angled terminals and curved joins rather than sharp calligraphic stress. Counters are generous (notably in O, C, e, and a), and the lowercase uses single‑storey forms for a and g, supporting a simple, contemporary texture. The slant is consistent across caps, lowercase, and figures, giving lines a forward rhythm while keeping letterforms sturdy and highly legible.
It suits interface copy, navigation, and product typography where a clear sans with a lively slant is helpful. The wide, open shapes also work well for editorial subheads, brand systems that want a modern but friendly voice, and larger-scale applications like posters or wayfinding where quick recognition matters.
The overall tone is contemporary and approachable, with a gentle dynamism from the steady slant. Rounded geometry and open spacing keep it friendly and informal, while the restrained detailing preserves a professional, utilitarian feel.
The design appears intended as a versatile oblique companion for contemporary typography—prioritizing clarity and openness while adding motion through a controlled slant. Its rounded, uncomplicated lowercase suggests an emphasis on readability and an inviting, modern character.
The numeral set follows the same oblique logic as the letters, with clear silhouettes and wide, readable shapes. The italicized construction feels purpose-built (not merely a mechanical skew), with terminals and curves resolving cleanly at the angle.