Sans Normal Amlih 6 is a regular weight, normal width, low contrast, upright, normal x-height font visually similar to 'Madani' and 'Madani Arabic' by NamelaType, 'Brahma' and 'Brahma Rounded' by Tall Chai, 'TT Commons™️ Pro' by TypeType, and 'Segment' by Typekiln (names referenced only for comparison).
Keywords: ui text, branding, wayfinding, editorial, presentations, modern, neutral, friendly, clean, technical, versatility, clarity, modernity, system design, geometric, rounded, monoline, open apertures, high legibility.
This sans presents a clean, geometric skeleton with largely circular bowls and smooth, even stroke thickness. Curves are well-rounded and terminals read as crisp and straightforward, giving the letters a tidy, engineered finish. Counters are generous and apertures stay open in key forms, supporting clarity at a range of sizes. Uppercase proportions feel balanced and compact, while the lowercase maintains a steady rhythm with consistent spacing and uncomplicated joins.
This font suits interface copy, product and brand systems, and general-purpose graphic design where clean typography and consistent rhythm are needed. It works well for headings and short paragraphs, and its clear figures make it a solid option for dashboards, labeling, and other number-heavy layouts.
The overall tone is contemporary and neutral, with a mild friendliness coming from its rounded shapes and open counters. It feels functional rather than expressive, projecting clarity, order, and approachability without calling attention to itself.
The design appears intended as a versatile, contemporary sans that prioritizes clarity and visual consistency. Its geometric construction and restrained details aim to deliver an unobtrusive, modern typographic voice for everyday communication across print and digital contexts.
Round letters like O/C/G appear close to true circles, reinforcing a geometric voice, while diagonals (V/W/X/Y) stay sharp and stable. Numerals follow the same simple, monoline logic and read clearly in isolation, suggesting dependable performance in mixed alphanumeric settings.