Sans Normal Bokid 15 is a regular weight, normal width, low contrast, upright, normal x-height font visually similar to 'Compose' by Arkitype, 'Classic Grotesque' by Monotype, 'PT Root' by ParaType, 'Kommon Grotesk' by TypeK, and 'Montilla' by Zafara Studios (names referenced only for comparison).
Keywords: ui text, product design, signage, editorial, branding, neutral, modern, clean, practical, friendly, versatility, readability, neutrality, modernity, clarity, geometric, open apertures, round bowls, crisp terminals, even rhythm.
This is a clean sans with largely geometric construction: round bowls, straightforward verticals, and smooth, even curves. Strokes are uniform and the joins are crisp, producing a steady texture in both the uppercase and lowercase. The lowercase shows open, readable apertures and simple, unembellished forms, while capitals stay wide and stable with clear interior counters. Numerals are plain and legible, matching the same consistent stroke logic and spacing rhythm seen in the letters.
It suits interface and product typography where clarity and consistency are priorities, and it also performs well for general-purpose editorial settings. The straightforward shapes and even texture make it a dependable choice for signage, labels, and modern brand systems that need a clean, neutral voice.
The overall tone is neutral and contemporary, projecting clarity rather than personality-driven flair. Its smooth geometry and restrained details feel approachable and functional, making it easy to use without drawing attention away from content.
The design appears intended as a versatile, no-nonsense sans focused on everyday readability. Its geometric underpinnings and restrained detailing suggest it was drawn to provide a modern, broadly compatible foundation for both headlines and continuous text.
In the sample text, word shapes remain consistent and calm, with rounded forms contributing to a slightly friendly feel. Curves and diagonals maintain similar optical weight, helping paragraphs hold an even color at display-to-text sizes.