Sans Normal Okgap 7 is a bold, wide, low contrast, upright, normal x-height, monospaced font visually similar to 'Bluset Now Mono' by Elsner+Flake, 'FF Attribute Mono' and 'FF Attribute Text' by FontFont, 'Matahari Sans' by Studio Sun, and 'Bale Mono' by moretype (names referenced only for comparison).
Keywords: ui labels, signage, posters, packaging, wayfinding, utilitarian, technical, retro, friendly, sturdy, clarity, durability, systematic, display legibility, retro reference, rounded, blocky, square-dotted, open counters, compact.
A heavy, rounded sans with uniform stroke weight and a distinctly geometric build. Curves are generous and corners are softened, while terminals tend to end in flat, squared cuts that keep the silhouette sturdy. The lowercase shows single-storey forms (notably a and g), a compact rhythm, and round, square-ish i/j dots that read as deliberate pixels. Overall spacing is even and grid-like, producing a consistent texture in both short labels and longer lines.
Well-suited to interface labels, dashboards, and functional graphic design where consistent spacing and high legibility matter. The chunky, rounded shapes also work well for posters, headings, packaging, and wayfinding systems that need a clear, steady voice.
The tone feels practical and workmanlike, with a mild retro-computing flavor from the squarish dots and simplified, chunky shapes. Its rounded geometry keeps it approachable rather than harsh, balancing a technical voice with a friendly, straightforward presence.
Likely designed to provide a robust, highly legible sans with a consistent, grid-friendly rhythm and a touch of retro character. The simplified geometry and distinctive dot treatment suggest an emphasis on clarity and repeatable shapes for practical display and informational use.
Distinctive details include the squared i/j tittles, a broad, stable presence in capitals, and numerals that are wide and highly legible at a glance. The forms avoid delicate joins and maintain clear openings, which helps the face stay readable in dense settings and at small-to-medium sizes.