Sans Normal Ebgey 10 is a regular weight, normal width, low contrast, italic, normal x-height font visually similar to 'Gimbal Grotesque' by AVP (names referenced only for comparison).
Keywords: ui text, branding, editorial, signage, infographics, modern, clean, brisk, technical, neutral, emphasis, clarity, modernity, versatility, neutrality, oblique, monoline, open apertures, taut curves, angular joins.
This is an oblique, monoline sans with rounded construction and a slight forward slant throughout. Strokes are even and low-contrast, with smooth curves in the bowls and a restrained, geometric feel in letters like O, C, and G. Uppercase forms are straightforward and legible, while the lowercase has single-storey shapes (notably a and g) and open apertures that keep counters clear at text sizes. Terminals are clean and unadorned, and the overall rhythm is tidy with consistent spacing and a controlled, slightly condensed forward motion typical of an italic companion style.
It works well for interface typography, product branding, and editorial subheads where a clean oblique voice is useful for emphasis without becoming decorative. The even stroke weight and open counters also suit infographics, short-form captions, and practical signage where clarity and a modern tone are priorities.
The tone is contemporary and matter-of-fact, with a crisp, efficient feel rather than expressive calligraphy. Its slant adds energy and momentum, making it feel active and slightly technical while remaining approachable and neutral.
The design appears intended as a versatile italic/oblique sans that provides emphasis while staying aligned with a geometric, monoline system. It aims for clarity and contemporary neutrality, offering a quick, forward-leaning texture suitable for both display accents and readable text blocks.
Numerals are simple and readable with even stroke weight and rounded curves, blending well with the letterforms. The sample text shows stable word shapes and clear differentiation between similar characters, supporting smooth reading in continuous lines.