Sans Superellipse Radiv 7 is a regular weight, very narrow, monoline, upright, normal x-height font.
Keywords: headlines, posters, signage, packaging, branding, modern, condensed, industrial, editorial, technical, space saving, modern utility, high impact, systematic tone, clean, tall, crisp, minimal, rectilinear.
This typeface is a tall, tightly set sans with a compact, condensed footprint and consistent stroke thickness. Curves resolve into rounded-rectangle geometry, giving bowls and counters a squarish softness rather than circular forms. Terminals are blunt and clean, with little to no modulation, producing a crisp, uniform rhythm across caps, lowercase, and figures. Overall spacing appears economical, and the narrow proportions emphasize verticality and a streamlined silhouette.
It performs best where space is limited and a strong vertical presence is helpful—headlines, poster typography, labels, and interface or wayfinding-style applications. The uniform strokes and condensed proportions also make it a practical choice for branding systems that need a consistent, tightly packed typographic voice across sizes.
The tone is contemporary and utilitarian, with a slightly industrial edge that feels efficient and direct. Its narrow build and squared-round curves suggest a technical, signage-adjacent voice while still reading as polished and design-forward. The overall impression is controlled, modern, and compact—suited to messages that need to feel structured and no-nonsense.
The design appears intended to deliver a compact sans with a distinctive squared-round geometry, balancing clarity with a slightly engineered character. Its consistent strokes and tall proportions prioritize efficient layout, strong presence, and a contemporary, structured look.
Round letters such as O/Q and numerals lean toward rounded-rectangle shapes, reinforcing a superelliptical feel. The uppercase set reads especially tall and compact, while the lowercase maintains a straightforward, uncluttered construction that supports quick scanning in tight spaces.