Sans Superellipse Sigey 1 is a regular weight, normal width, medium contrast, upright, normal x-height font.
Keywords: headlines, posters, signage, packaging, branding, retro, industrial, friendly, playful, sturdy, geometric warmth, display impact, signage clarity, retro flavor, rounded, squared, monoline, compact, soft-cornered.
A rounded-rectilinear sans with softened corners and a monoline feel. Strokes stay fairly consistent, with terminals that read as blunt or gently rounded rather than sharply cut. Many curves are built from superellipse-like forms—squared bowls and counters that keep a tight, compact rhythm—while verticals appear straight and sturdy. The overall silhouette is tall and slightly condensed, with clear, simple construction and minimal detailing.
It is well suited to headlines, posters, and short blocks of text where its compact, geometric rhythm becomes a feature. The sturdy shapes and rounded corners also fit signage, packaging, and brand marks that want a retro-tech or industrial-friendly voice. It can work for UI accents or labels where clear, simplified forms are preferred over delicate detail.
The font conveys a retro-industrial tone: sturdy and utilitarian, yet approachable due to the rounded corners and softened geometry. Its squared curves and compact spacing give it a slightly mechanical, signage-like character, while the smooth terminals keep it friendly and contemporary.
The design appears intended to merge geometric, squared-rounded construction with a warm, accessible finish. By emphasizing superellipse-like bowls and consistent stroke weight, it aims for a distinctive display texture that remains legible and orderly in real-world layout.
Distinctive superelliptical bowls show up across both uppercase and lowercase, producing a consistent “rounded-rectangle” texture in words. Numerals follow the same squared-rounded logic, with especially blocky shapes and softened joins that keep the set cohesive. The overall color on the page is even and dark, making the design read confidently at display sizes.