Sans Normal Dabih 7 is a regular weight, narrow, low contrast, upright, normal x-height font visually similar to 'FF Mark' and 'FF Mark Paneuropean' by FontFont and 'Averta PE' and 'Averta Standard PE' by Intelligent Design (names referenced only for comparison).
Keywords: ui text, signage, editorial, forms, data tables, modern, neutral, clean, functional, friendly, legibility, space efficiency, versatility, clarity, open apertures, soft curves, uniform strokes, compact proportions, straight terminals.
This typeface is a straightforward sans with compact, space-efficient proportions and an even, steady stroke. Curves are smooth and rounded while verticals and horizontals stay clean and controlled, creating a consistent rhythm across letters and numerals. Counters and apertures are kept relatively open for clarity, and terminals appear plain and direct rather than calligraphic. Overall spacing reads orderly and balanced, with a practical, no-frills silhouette in both upper- and lowercase.
It is well suited to interface copy, navigation labels, and product typography where a clean, compact sans helps conserve space while staying readable. It can also serve effectively in editorial subheads, captions, and informational materials, and it holds up well for numerals in tables, dashboards, and other data-forward layouts.
The tone is modern and matter-of-fact, aiming for clarity over personality. Its restrained detailing and calm geometry give it a neutral, dependable voice that feels contemporary without becoming clinical.
The likely intention is a general-purpose sans designed for everyday communication: clear, economical, and consistent across a wide range of sizes and contexts. Its restrained construction suggests a focus on legibility, efficient layout, and a broadly compatible modern appearance.
The design maintains clear distinctions between similarly shaped characters, supporting quick scanning in mixed-case text and numeric strings. The figures match the letterforms’ simple construction, keeping the overall texture consistent in continuous reading.