Sans Normal Derad 10 is a light, normal width, low contrast, upright, normal x-height font.
Keywords: body text, ui text, editorial, corporate, signage, clean, neutral, modern, professional, clarity, versatility, readability, neutrality, modernity, humanist, open apertures, rounded terminals, even rhythm, high legibility.
This typeface presents a clean, straightforward sans with gently rounded curves and mostly uniform stroke weight. Letterforms are built from simple geometric scaffolding but softened by humanist details such as open apertures and slightly varied joins, creating a calm, even texture in text. Uppercase proportions feel balanced and moderately wide, while the lowercase shows clear differentiation between similar shapes (notably the two-story “g” and the single-storey-style “a” with a simple bowl and stem). Numerals are clear and utilitarian, with round forms that sit comfortably alongside the letters.
It suits continuous reading in articles, reports, and product copy, and it should also perform well for interface labels and navigation due to its clear letter differentiation and open forms. The restrained, contemporary styling makes it appropriate for corporate communications, informational graphics, and general-purpose signage where a clean, dependable sans is needed.
The overall tone is neutral and contemporary, prioritizing clarity over personality. Its measured shapes and steady rhythm suggest an editorial, professional voice that stays out of the way of the content while still feeling modern and polished.
The design appears intended as a general-purpose, highly legible sans that balances geometric simplicity with subtle humanist softness. Its goal seems to be broad utility across print and screen contexts, delivering a consistent texture and unobtrusive voice for everyday typography.
Counters are generous and shapes avoid tight internal spaces, which supports readability in longer lines. The punctuation and basic forms shown in the sample maintain a consistent, restrained construction, with smooth curves and minimal optical quirks.