Sans Normal Akbiz 1 is a bold, normal width, monoline, upright, tall x-height font.
Keywords: branding, headlines, packaging, posters, ui labels, friendly, modern, playful, clean, approachable, approachability, modern clarity, geometric simplicity, display impact, rounded, soft, geometric, high-contrast counters, compact capitals.
A rounded, geometric sans with smooth, monoline strokes and generous curves. Letterforms lean on circular bowls and softly squared terminals, producing a consistent, polished texture in text. Counters are generally open and round, with compact, sturdy capitals and a notably large x-height that keeps lowercase forms prominent. Details like the single-storey “a,” the rounded-shoulder “n/m,” and the curved tail on “Q” reinforce the overall soft, constructed geometry, while numerals follow the same wide, circular logic (notably the round “0” and two-storey-style “8”).
Well-suited for brand identities, packaging, posters, and headline work where a rounded, modern voice is desired. The large x-height and open forms also make it a good candidate for short UI labels, navigation, and display-sized product typography where clarity and approachability matter.
The font conveys a friendly, contemporary tone—clean and straightforward, but with enough roundness to feel warm and slightly playful. Its geometric construction reads modern and tech-adjacent, while the softened terminals keep it from feeling harsh or overly utilitarian.
The design appears intended to deliver a contemporary geometric sans that feels approachable rather than clinical. By combining simple circular construction with softened terminals and a strong lowercase presence, it aims for high visual impact while keeping a friendly, readable tone.
The rhythm is even and stable, with clear separation between strokes and counters that helps maintain legibility in larger passages. Several glyphs emphasize circularity (C, G, O, o, e), creating a cohesive “bubble” texture, while diagonals (V, W, X, 7) are crisp and contrast pleasantly with the dominant curves.