Sans Superellipse Bogih 9 is a very light, narrow, monoline, upright, normal x-height font.
Keywords: headlines, branding, packaging, ui, posters, minimal, modern, airy, clean, precise, modern minimalism, geometric clarity, refined display, neutral branding, geometric, rounded, open, linear, refined.
A crisp, ultra-thin monoline sans with a geometric construction and softly squared curves. Round letters lean toward superelliptical bowls, giving O/Q/C/G a rounded-rectangle feel, while straight stems stay clean and even with minimal optical modulation. Corners are gently eased rather than sharp, apertures are fairly open, and terminals read as simple, matter-of-fact stroke endings. Proportions are compact and neatly controlled, with tall, slim capitals and tidy lowercase forms that keep a consistent, understated rhythm across text.
Best suited to display settings where its fine strokes can remain crisp: editorial headlines, wordmarks, packaging, and minimalist posters. It can also work for UI labels and navigation at comfortable sizes and with ample contrast, where the light construction reads as intentional and high-end.
The overall tone is calm and contemporary, with a light, architectural elegance. Its hairline strokes and rounded geometry feel deliberate and refined, suggesting a quiet, premium minimalism rather than expressiveness or warmth. The impression is sleek and technical, yet softened by the rounded rectangular curves.
The design appears intended to deliver a sleek, modern sans with superelliptical roundness—balancing strict geometry with softened corners for a contemporary, polished feel. Its very light, linear construction suggests a focus on elegance and visual restraint in display and brand-forward typography.
The numerals match the same thin, geometric logic, with rounded forms for 0/8/9 and simple linear construction for 1/4/7. Uppercase and lowercase share a consistent design language, and the punctuation shown maintains the same delicate, unobtrusive presence, helping the face feel cohesive in continuous reading samples.