Sans Normal Remam 1 is a bold, normal width, low contrast, upright, normal x-height font visually similar to 'BR Omega' by Brink, 'Harmonia Sans' and 'Harmonia Sans Paneuropean' by Monotype, 'Madani' and 'Madani Arabic' by NamelaType, and 'Gilroy' by Radomir Tinkov (names referenced only for comparison).
Keywords: headlines, posters, branding, packaging, signage, confident, friendly, modern, clean, straightforward, impact, clarity, modernity, neutrality, geometric, rounded, compact, smooth, sturdy.
A heavy, geometric sans with smooth, rounded curves and largely uniform stroke thickness. The overall build is compact and sturdy, with generous counters and clean interior shapes that stay open at display sizes. Terminals are mostly blunt and squared off, while curves (notably in C, G, S, and O) are broadly circular and consistent. Lowercase forms lean toward single-storey constructions (notably a and g), with short, robust ascenders and descenders and a tight, efficient rhythm.
Well-suited to headlines and short-form copy where a strong, contemporary presence is needed, such as branding, packaging, and signage. It also works for UI labels and callouts when set with comfortable spacing, where its open counters and simple geometry help maintain clarity.
The tone is direct and confident, with a friendly, approachable softness coming from the rounded geometry. Its weight and compact proportions give it a bold, assertive voice that still feels contemporary and uncomplicated rather than ornate.
Designed to deliver a modern, geometric sans voice with high visual impact and dependable legibility in display contexts. The consistent curves and straightforward terminals suggest an emphasis on clarity, neutrality, and strong typographic color across words and lines.
The figures follow the same geometric logic as the letters, with rounded bowls and simple joins; the “1” is a plain vertical with minimal detailing, and the “0” is a clean oval. The overall silhouette reads best when given a bit of breathing room, as the dense strokes and compact spacing can amplify visual intensity in long lines.