Sans Normal Adnak 14 is a regular weight, wide, low contrast, italic, tall x-height font visually similar to 'FF Good' and 'FF Good Headline' by FontFont (names referenced only for comparison).
Keywords: branding, headlines, posters, user interfaces, signage, modern, sporty, dynamic, clean, confident, contemporary, motion emphasis, legibility, clarity, oblique, geometric, open apertures, rounded terminals, generous spacing.
This is an oblique sans with a wide stance, smooth geometric curves, and consistently low stroke modulation. Counters are open and relatively large, giving letters like C, G, e, and s a clear, breathable interior. Terminals read clean and slightly rounded rather than sharp, and the overall rhythm is steady with straightforward joins and minimal visual noise. The x-height appears tall relative to the caps, supporting clarity in mixed-case settings, while numerals follow the same streamlined, rounded construction.
It works well for brand identities, headlines, and display settings where an energetic, modern slant is desirable. The open counters and tall lowercase make it suitable for UI labels, navigation, and signage at medium sizes, especially in environments that benefit from a wide, clear silhouette.
The slanted posture and broad proportions create a sense of forward motion and energy without becoming aggressive. Its smooth, no-fuss shapes feel contemporary and functional, lending a technical, sporty tone that still stays approachable and readable.
The design appears intended to deliver a contemporary, motion-oriented sans voice: wide, clean shapes with an integrated oblique angle for emphasis and speed. It prioritizes legibility through open apertures and straightforward geometry while maintaining a sleek, modern presence in both text samples and isolated glyphs.
Cap forms stay simple and open, with a notably circular O and a compact, efficient G construction. Lowercase forms maintain a utilitarian feel, and the overall italic angle is consistent across letters and figures, helping longer lines keep a cohesive flow.