Sans Superellipse Abmet 18 is a regular weight, normal width, low contrast, upright, normal x-height font visually similar to 'Otoiwo Grotesk' by Pepper Type and 'Project Sans' and 'Project Soft' by TypeUnion (names referenced only for comparison).
Keywords: ui text, product design, branding, signage, editorial, modern, neutral, friendly, clean, functional, clarity, modernization, system coherence, neutrality, geometric, rounded, superelliptical, monoline, open counters.
A crisp, monoline sans with geometric construction and softly squared (superelliptical) curves. Round letters lean toward rounded-rectangle shapes, producing a steady rhythm and a slightly technical, engineered feel without appearing harsh. Terminals are clean and mostly flat, curves transition smoothly, and counters stay open, supporting clarity in both capitals and lowercase. Numerals follow the same simple, even-stroke logic for a consistent texture in mixed content.
Well-suited for user interfaces, product UI/UX, and information design where clean shapes and open counters aid quick scanning. Its restrained, geometric personality also works for contemporary branding systems, wayfinding and signage, and modern editorial layouts that need a neutral, consistent sans.
The overall tone is contemporary and straightforward, with a mild friendliness coming from the rounded geometry. It reads as practical and dependable rather than expressive, giving layouts a calm, modern voice suitable for everyday interface and editorial use.
The font appears intended as a versatile, contemporary workhorse with superelliptical round forms that feel modern and structured. Its consistent stroke and simplified detailing suggest a focus on legibility, system coherence, and dependable performance across headlines and text.
The design balances squareness and roundness: circular forms feel subtly flattened while straight stems remain uncompromisingly vertical, creating a tidy, grid-ready presence. Spacing appears even and measured, helping paragraphs hold a uniform color at typical reading sizes.