Sans Normal Afnat 8 is a regular weight, normal width, low contrast, italic, normal x-height font visually similar to 'Myriad', 'Myriad Bengali', and 'Myriad Devanagari' by Adobe; 'EquipCondensed' by Hoftype; and 'JAF Bernini Sans' by Just Another Foundry (names referenced only for comparison).
Keywords: ui, branding, headlines, signage, posters, modern, clean, dynamic, neutral, technical, clarity, modernity, momentum, versatility, slanted, geometric, smooth, open counters, crisp.
A slanted, monolinear sans with smooth, geometric construction and rounded bowls. Curves resolve cleanly into straight stems, creating a crisp rhythm with minimal modulation and no decorative terminals. Letterforms stay open and legible, with generous interior space in characters like C, O, and e, and a straightforward, contemporary skeleton across both uppercase and lowercase. Figures are simple and sturdy, matching the letterforms with consistent stroke behavior and clear silhouettes.
Works well for interface labels, dashboards, and product surfaces where a clean sans is needed but a touch of motion helps differentiate. The italic stance also suits branding, posters, and signage that benefit from a contemporary, forward-leaning emphasis while staying highly legible.
The overall tone feels modern and efficient, with an energetic forward lean that suggests motion and contemporary utility. It reads as neutral and matter-of-fact rather than expressive, lending a polished, professional voice that still feels active and responsive.
The design appears intended as a practical, modern sans with an integrated slant to provide emphasis and momentum without sacrificing clarity. Its restrained detailing and geometric roundness suggest a focus on versatility across digital and print contexts.
Uppercase forms are compact and even, while the lowercase maintains a tidy, utilitarian look that pairs well with the rounded geometry. The slant is consistent across letters and numerals, helping maintain cohesion in text and giving headlines a subtle sense of speed.