Sans Superellipse Hanew 7 is a bold, normal width, monoline, upright, normal x-height font visually similar to 'All Round Gothic' by Dharma Type and 'Publica Play' by FaceType (names referenced only for comparison).
Keywords: headlines, branding, logos, posters, packaging, modern, friendly, playful, techy, confident, clarity, impact, simplicity, approachability, geometric unity, blunt terminals, clean joins, geometric, high contrast (figure/背景, rounded corners.
The design is a geometric sans built from rounded-rectangle and superellipse-like forms, producing smooth corners, broad curves, and a compact, sturdy silhouette. Strokes are consistently thick with minimal modulation, and terminals tend to be blunt or softly squared rather than tapered. Counters are generously rounded and open, and the overall rhythm favors wide bowls, clean joins, and simple, highly regular construction that stays crisp at large sizes.
It suits branding, logos, and product wordmarks where a contemporary, rounded-geometric voice is desired. It performs well for headlines, posters, packaging, UI marketing screens, and signage—anywhere large type needs to feel friendly yet bold. For longer passages, it is best used sparingly as a display face due to its heavy color and strong shapes.
This typeface feels contemporary and friendly, with a confident, display-forward presence. Its rounded, geometric logic gives it a slightly playful, techy tone—approachable rather than strict—while the heavy weight keeps it assertive and attention-grabbing.
The font appears designed to deliver strong visual impact through simplified geometry and consistently rounded forms. Its construction prioritizes uniformity, legibility in short bursts, and a distinctive rounded-rect aesthetic that reads as modern and product-oriented.
The numerals and punctuation match the same rounded-rect geometry, helping mixed alphanumeric settings feel cohesive. The sample text shows stable spacing and a consistent dark typographic color, with rounded counters that keep forms readable even at dense sizes.