Sans Superellipse Hagiy 4 is a bold, wide, low contrast, upright, tall x-height font visually similar to 'Design System' by Dharma Type (names referenced only for comparison).
Keywords: headlines, posters, logos, packaging, sportswear, futuristic, techy, industrial, sporty, confident, modern branding, tech aesthetic, display impact, geometric system, rounded, squared, geometric, chunky, modular.
A geometric sans built from squared, superelliptical bowls and rounded-rectangle counters, with heavy, even strokes and softened corners throughout. Curves resolve into flat-ish terminals and broad shoulders, giving letters a compact, engineered feel while maintaining smooth continuity. The lowercase shows a large x-height with sturdy stems and simplified joins; round letters like o/c/e read as squarish capsules, and apertures are generally tight but clean. Numerals and capitals follow the same modular, rounded-rect geometry, producing a consistent, monoline rhythm in both display and short text settings.
This font is well suited to headlines, branding, and product/tech packaging where a bold, futuristic voice is needed. It works especially well in signage-like applications, UI or game titles, and sports or automotive-style graphics where geometric consistency and strong silhouettes matter more than delicate text color.
The overall tone is contemporary and synthetic, evoking sci‑fi interfaces, industrial labeling, and performance branding. Its squared-round geometry feels assertive and modern, with a friendly edge coming from the generous corner rounding.
The design appears intended to merge a friendly rounded-square geometry with a high-impact, contemporary display presence. By keeping strokes uniform and counters superelliptical, it prioritizes a cohesive, modular system that reads as modern, engineered, and brand-forward.
Distinctive features include the consistently boxy curves across O/C/G and related forms, plus a purposeful, engineered spacing rhythm that emphasizes horizontal breadth. The design’s rounded corners reduce harshness while keeping a mechanical, modular silhouette, which remains strong at larger sizes.