Sans Superellipse Verir 8 is a light, wide, monoline, upright, normal x-height font.
Keywords: ui labels, tech branding, signage, packaging, headlines, futuristic, technical, clean, playful, modernize, soften geometry, system feel, clarity, rounded, geometric, modular, soft-cornered, open apertures.
A geometric sans built from rounded-rectangle and superellipse forms, with consistent monoline strokes and generously rounded corners. Curves transition smoothly into straight segments, producing a modular, engineered feel with minimal contrast and calm rhythm. Counters are squarish and open, terminals are blunt and softened, and many glyphs emphasize horizontal/vertical construction over diagonals. Numerals and letters share the same softened-rectilinear logic, with clear, uncluttered shapes and a distinctly contemporary silhouette.
This style suits UI and product environments where clarity and a modern, engineered character are desired—app headers, dashboards, device screens, and wayfinding. It also works well for tech-leaning branding, packaging, and short headline settings where the distinctive rounded-rect geometry can carry visual identity.
The overall tone is futuristic and technical, like interface lettering or product labeling, but the softened corners keep it approachable rather than severe. Its rounded geometry adds a friendly, slightly playful personality while still reading as precise and systematized.
The design appears intended to merge geometric precision with soft ergonomics: a contemporary sans that feels systematic and screen-friendly while avoiding harshness through rounded corners and open internal spaces. The consistent construction suggests a focus on repeatable shapes and a recognizable, modular voice across letters and numerals.
Several forms lean into rounded-box construction (notably in O/C/G-like shapes), and the curves tend to flatten at the extremes, reinforcing a superelliptic feel. The font’s smooth joins and consistent stroke make it look especially stable in all-caps, while the lowercase maintains the same modular language for a cohesive set.