Sans Normal Oldah 9 is a bold, normal width, monoline, upright, normal x-height font.
Keywords: branding, headlines, ui labels, signage, posters, friendly, modern, clean, approachable, confident, clarity, modern utility, friendly geometry, brand voice, high legibility, geometric, rounded, even color, open counters, low contrast.
A geometric sans with rounded, circular construction and very low contrast, producing an even, solid typographic color. Curves are smooth and continuous, with wide bowls and open apertures that keep counters generous in letters like c, e, and s. The lowercase is compact and tidy with a single-storey a and g, short-to-moderate ascenders, and simple, straight terminals; the overall rhythm feels stable and regular. Uppercase forms are broad and symmetrical, and figures are clear and sturdy, with a near-circular 0 and straightforward, highly legible numerals.
Well-suited to branding and identity systems that need a friendly but modern voice, as well as headlines and subheads where its rounded geometry reads quickly. It should also work effectively for UI labels, navigation, and short blocks of text where strong clarity and an even stroke presence are beneficial. Its sturdy forms make it a natural fit for signage and display applications.
The font reads as contemporary and approachable, balancing a friendly roundness with a confident, no-nonsense presence. Its clean geometry and steady weight give it a practical, modern tone that feels suitable for everyday communication and product-facing design.
The design appears intended to deliver a clean geometric sans that stays welcoming through rounded forms while maintaining strong readability and visual consistency. It prioritizes simple construction, open counters, and steady weight for reliable performance across display and interface-driven settings.
Spacing appears comfortable in the sample text, helping the bold strokes avoid clogging at larger paragraph sizes. The shapes lean toward geometric logic rather than humanist modulation, with consistent curves and predictable joins that emphasize clarity and uniformity.