Sans Superellipse Addov 7 is a light, wide, low contrast, upright, tall x-height, monospaced font.
Keywords: ui text, code display, data tables, terminal, labels, technical, neutral, utilitarian, modern, clean, clarity, system ui, alignment, modern utility, readability, geometric, square-rounded, open apertures, crisp, even rhythm.
This typeface presents a clean, geometric sans with square-rounded construction: curves read as superellipse-like bowls and terminals, while horizontals and verticals stay crisp and evenly weighted. Proportions are notably roomy, with broad character widths and a high x-height that keeps lowercase forms prominent. Stroke modulation is minimal, producing a steady color on the line and consistent spacing; joins are straightforward and corners are subtly softened rather than sharp. Figures and capitals share the same disciplined, grid-like logic, reinforcing an engineered, systematic feel.
It performs well in contexts that benefit from predictable alignment and an even typographic texture, such as UI copy, terminal-style readouts, tables, forms, and labels. The large x-height and open interior spaces support clarity in smaller sizes, while the geometric consistency holds up in headings for systems-oriented branding.
The overall tone is technical and matter-of-fact, with a contemporary, tool-like neutrality. Its steady rhythm and squared rounding give it a calm, functional voice that feels at home in interfaces, code-adjacent settings, and structured information.
The design intention appears to be a pragmatic, system-friendly sans that prioritizes regularity, alignment, and clear silhouettes. Its superellipse-inspired rounding softens the mechanical grid just enough to stay approachable while remaining firmly functional.
Round letters (like O/C/G) stay open and symmetrical with generous counters, while straight-sided letters keep a strong rectangular footprint that reads clearly at a glance. The punctuation and dots in the sample text appear compact and precisely placed, supporting a tidy texture in continuous reading.