Sans Normal Rekaf 1 is a bold, normal width, low contrast, upright, normal x-height font visually similar to 'Myriad' and 'Myriad Devanagari' by Adobe, 'Mute' and 'Mute Arabic' by Indian Type Foundry, 'Open Sans Soft' by Matteson Typographics, 'Modal' by Schriftlabor, and 'Quodlibet Sans' by Signature Type Foundry (names referenced only for comparison).
Keywords: headlines, branding, posters, signage, packaging, friendly, robust, modern, approachable, confident, clarity, impact, modern utility, approachability, geometric, rounded, soft corners, high x-height, open counters.
A heavy, geometric sans with broad, rounded curves and sturdy verticals. Letterforms show simplified construction with smooth joins and minimal modulation, producing an even, solid texture in text. Counters are generally open and circular (notably in O, e, and g), while terminals lean toward softly squared or gently rounded ends rather than sharp cuts. The lowercase has a relatively tall x-height and compact ascenders/descenders, and the overall rhythm reads clean and regular with clear, blocky numerals.
Well-suited to headlines and short-form copy where a strong, clean presence is needed, such as branding, posters, and packaging. It should also perform effectively in signage and UI labels, where simple geometric forms and open counters support quick recognition.
The tone is modern and friendly, balancing a utilitarian straightforwardness with soft, approachable shaping. Its sturdy weight and rounded geometry give it a confident, contemporary voice that feels welcoming rather than clinical.
Likely intended as a contemporary, all-purpose sans that reads clearly while projecting a friendly, robust personality. The design emphasizes geometric consistency and strong fill, aiming for high impact without sacrificing legibility.
The forms favor clarity over character quirks: bowls and arcs are generous, and the set keeps consistent curvature across capitals and lowercase. The italic is not shown; all samples present a stable, upright posture with strong presence at display sizes.