Sans Normal Atnet 3 is a regular weight, normal width, low contrast, upright, normal x-height font visually similar to 'Post Grotesk' by Monotype and 'DynaGrotesk' by Storm Type Foundry (names referenced only for comparison).
Keywords: ui text, product labels, presentations, signage, brand systems, clean, modern, friendly, neutral, utilitarian, everyday readability, neutral branding, clear ui, general-purpose, accessible tone, rounded, open, smooth, straightforward, unfussy.
A clean sans with rounded construction and largely monolinear strokes. Curves are smooth and generously open, with wide apertures in letters like C, S, and e, and a broadly oval O. Capitals are simple and geometric in feel, while the lowercase keeps a familiar, readable skeleton with a single-storey a and g, a compact ear on g, and a straightforward t with a short crossbar. Terminals are mostly flat and crisp, and the overall spacing reads even and calm in both the grid and paragraph sample.
Well suited for interface copy, product and packaging information, and general-purpose editorial settings where clarity at a range of sizes matters. It should also perform reliably in wayfinding and signage, as well as in brand systems that need a neutral, modern sans for headings and supporting text.
The tone is contemporary and approachable, with a neutral, workmanlike clarity rather than overt personality. Its rounded forms and open counters keep it friendly, while the restrained details maintain a professional, no-nonsense voice.
The design appears aimed at an all-purpose sans that prioritizes clarity, consistent rhythm, and broad usability. Rounded geometry and open apertures suggest an intention to remain friendly and accessible while staying restrained enough for everyday layout and UI work.
Figures are uncomplicated and legible, with an open-top 4 and a clean, circular 0 that aligns well with the rounded letterforms. The Q has a minimal tail treatment that stays close to the bowl, and the W/V/X show sharp, clean joins that add a subtle sense of precision to the otherwise soft geometry.