Sans Normal Ufloz 9 is a regular weight, normal width, very high contrast, upright, normal x-height font visually similar to 'Relais' by Blaze Type (names referenced only for comparison).
Keywords: headlines, magazines, branding, posters, packaging, editorial, luxury, modern, dramatic, refined, elegance, impact, premium tone, editorial voice, modernization, high contrast, sharp terminals, sculptural, crisp, airy.
A high-contrast display face with crisp, tapered strokes and pronounced thick–thin modulation. Curves are drawn with smooth, elliptical geometry, while joins and terminals resolve into sharp, knife-like points that create a bright, elegant rhythm across words. Proportions mix generous round counters with compact, vertical stems, and the spacing reads slightly open in capitals while remaining tidy and controlled in text. Figures and letters show a consistent contrast system, with delicate hairlines that emphasize sparkle and a clean, contemporary silhouette overall.
Best suited for headlines, pull quotes, mastheads, and other large-size settings where the thin hairlines can stay intact. It also works well for beauty, fashion, and luxury branding, as well as premium packaging or poster typography where its contrast and sparkle can lead the visual hierarchy.
The tone is polished and fashion-forward, pairing a sleek modern feel with classic high-contrast drama. It conveys sophistication and confidence, with a slightly theatrical edge that suits premium branding and editorial typography.
The design appears intended to deliver a modern, high-fashion voice through extreme contrast and sculptural curves, creating impact without ornament. It aims to look crisp and contemporary while retaining the poise of traditional high-contrast letterforms.
Round letters like O/Q/0 are notably full and smooth, and the Q’s tail adds a distinctive, calligraphic flick. Several forms (notably the s-curve shapes and angled diagonals) lean on pointed terminals rather than blunt cuts, which heightens elegance but can become fragile at small sizes or on low-resolution outputs.