Sans Normal Rikud 8 is a regular weight, normal width, monoline, upright, normal x-height font visually similar to 'Applied Sans' by Monotype (names referenced only for comparison).
Keywords: ui text, web design, branding, signage, editorial, clean, neutral, modern, friendly, functional, legibility, versatility, modern tone, approachability, clarity, rounded, open counters, high legibility, soft terminals, balanced.
A clean sans with gently rounded geometry and consistent stroke weight. Curves are smooth and circular in letters like C, G, O, and Q, paired with straightforward, squared-off joins in forms like E and F. Terminals read as softly finished rather than sharp, giving the outlines a mild, approachable softness. Proportions are balanced with open counters and clear apertures, and the lowercase maintains a steady rhythm with simple, uncluttered constructions (notably the single-storey a and g). Numerals are plain and readable with even weight and generous interior space.
Well suited for user interfaces, product labeling, and web typography where consistent texture and quick recognition matter. Its rounded, clean forms also work for contemporary branding and wayfinding, and it can serve as a straightforward editorial sans for short-to-medium reading lengths.
The overall tone is neutral and contemporary, leaning friendly due to its rounded shaping and calm, even color on the page. It feels utilitarian and dependable rather than expressive, with a slight warmth that suits everyday interface and brand contexts.
The font appears designed as a versatile, general-purpose sans that emphasizes legibility and a smooth, modern feel. Its rounded geometry and restrained details suggest an intent to remain unobtrusive while providing a friendly, contemporary voice across many sizes and contexts.
The design prioritizes clarity through open shapes and restrained detailing, keeping similar forms well differentiated (e.g., I/l/1 and O/0 by shape). The italic is not shown; the sample demonstrates steady texture and predictable spacing that supports continuous reading.