Sans Superellipse Agnuh 7 is a regular weight, very narrow, low contrast, upright, normal x-height font visually similar to 'Cairoli Classic' and 'Cairoli Now' by Italiantype, 'Coldfield JNL' by Jeff Levine, 'Frontage Condensed' by Juri Zaech, 'Athletic Condensed' and 'Athletic Pro' by Mandarin, and 'Gemsbuck Pro' by Studio Fat Cat (names referenced only for comparison).
Keywords: headlines, posters, signage, packaging, labels, condensed, modern, utilitarian, retro, space saving, clarity, systematic geometry, signage tone, rounded corners, monoline, clean, compact, efficient.
A condensed, monoline sans with softly squared (superellipse-like) counters and consistently rounded stroke terminals. The verticals are dominant and straight, while curves are restrained and compact, producing tight bowls and narrow apertures. Corners and joins are smoothed rather than sharp, giving the letterforms a controlled, engineered feel. Numerals follow the same narrow, upright construction with simple, legible shapes and minimal ornamentation.
This font works best where horizontal space is limited and a strong, condensed voice is needed, such as headlines, posters, wayfinding, packaging, and product labels. It can also suit UI elements and data-dense layouts when a compact, consistent sans is preferred.
The overall tone is crisp and practical, with a subtle retro-industrial flavor reminiscent of signage and functional labeling. Its compact rhythm feels efficient and no-nonsense, while the rounded geometry keeps it approachable rather than severe.
The design appears intended to deliver a space-saving sans with a disciplined geometric construction. By combining condensed proportions with rounded-rectangle curves and uniform stroke weight, it aims for clear reproduction and a distinctive, systematic look across letters and numbers.
The typeface maintains a strong vertical emphasis and even color, making lines of text read as a steady, regular texture. Round letters like O and C appear more like rounded rectangles than pure circles, reinforcing the geometric system across the set.