Sans Normal Siram 3 is a light, normal width, low contrast, upright, normal x-height font.
Keywords: ui text, branding, packaging, headlines, posters, friendly, modern, clean, approachable, airy, approachability, clarity, versatility, modernity, monoline, rounded, open apertures, soft terminals, humanist.
This typeface is a monoline sans with gently rounded construction and smooth, continuous curves. Terminals are mostly softened rather than sharply cut, and many letters show subtle calligraphic modulation through curved joins and tapered-like endings without strong contrast. Counters are generous and circular in characters like O, 0, and 8, while apertures in forms such as e, c, and S remain open, supporting clear interior space. Overall proportions feel balanced and even, with straightforward geometry tempered by humanist shaping in letters like a, g, and y.
It should perform well in interface typography and general-purpose display text where a clean, friendly tone is desired. The open counters and smooth curves make it a good fit for branding, packaging, and editorial pull quotes, and it can scale comfortably for short headlines and posters without feeling stark.
The overall tone is friendly and contemporary, combining clean simplicity with a slightly handwritten warmth. Its rounded forms and open shapes create an approachable voice that feels informal without becoming playful or quirky. The rhythm reads calm and uncluttered, suitable for everyday communication.
The design appears intended to provide a versatile sans that prioritizes clarity while adding softness and approachability through rounded construction and humanist details. It aims for a contemporary, broadly usable voice that feels polished but not overly formal.
Uppercase forms maintain a consistent, rounded skeleton, with a relatively soft-shouldered M and a wide, open G. The lowercase includes a single-storey a and a looped g, reinforcing an informal, humanist character. Numerals are clear and rounded, with a notably circular 0 and smooth 8, leaning toward readability over strict geometric rigidity.