Sans Normal Ebbus 1 is a regular weight, normal width, low contrast, italic, normal x-height font visually similar to 'Oriet' by Lafontype and 'Eloquia' by Typekiln (names referenced only for comparison).
Keywords: ui text, app design, infographics, brand systems, editorial callouts, modern, clean, neutral, technical, efficient, clarity, modernization, motion, utility, versatility, monolinear, oblique, open apertures, round bowls, crisp terminals.
A monolinear oblique sans with smooth, round bowls and gently squared-off curves. The slant is consistent across capitals, lowercase, and numerals, giving the face a forward, streamlined rhythm. Uppercase forms are simple and geometric with open counters (notably in C, G, and S), while the lowercase uses single-storey shapes for a and g, keeping silhouettes compact and legible. Strokes end in clean, unbracketed terminals, and overall spacing reads even, producing a calm, regular texture in continuous text.
This font suits interfaces, dashboards, and product typography where a clean, slanted sans can add momentum without sacrificing clarity. It also works well for captions, pull quotes, data-forward layouts, and modern branding materials that need a neutral but slightly dynamic typographic tone.
The overall tone is modern and matter-of-fact, with an energetic forward lean that feels contemporary and efficient rather than expressive. Its restrained geometry and clean finishing suggest a practical, UI-friendly sensibility with a mild sense of motion.
The design appears intended to provide a dependable, contemporary oblique companion for general-purpose sans typography, emphasizing clean geometry, consistent slant, and clear letterforms for fluent reading in both short labels and longer text.
Numerals are straightforward and highly readable, with rounded forms in 0, 6, 8, and 9 and a simple, slanted construction in 1 and 7 that matches the text angle. The italicized construction relies on true oblique structure more than calligraphic modulation, so the voice stays consistent and neutral across sizes.