Sans Superellipse Harin 5 is a bold, narrow, monoline, upright, normal x-height font visually similar to 'Decomputer' by DMTR.ORG and 'Sicret' and 'Sicret Mono' by Mans Greback (names referenced only for comparison).
Keywords: headlines, posters, branding, packaging, signage, retro, industrial, techy, friendly, space-saving, clarity, modular feel, brand voice, rounded, squared-off, geometric, compact, high-contrast counters.
A compact geometric sans built from rounded-rectangle (superellipse) primitives, with uniform stroke thickness and softly squared terminals. Curves are broadly radiused and corners are consistently rounded, giving letters a “pill” silhouette while keeping verticals straight and sturdy. Counters tend to be tall and oval, with tight apertures and simplified joins that emphasize a clean, modular rhythm. The overall texture is dense and even, with short crossbars and minimal stroke modulation across both uppercase and lowercase.
Best suited to display settings where compact, high-impact letterforms are needed: headlines, posters, logos/branding, packaging, and wayfinding or product labeling. The uniform strokes and rounded geometry also make it a natural fit for interface titles and short bursts of text where a distinctive, engineered voice is desired.
The tone reads modernist with a distinct retro-futurist edge—mechanical and efficient, but softened by rounded corners. It suggests industrial labeling, mid‑century display typography, and contemporary UI/wayfinding aesthetics, balancing toughness with approachability.
The design appears intended to deliver a bold, space-efficient sans with a consistent superelliptical construction—prioritizing clarity, repeatable geometry, and a recognizable silhouette. Its rounded-square shapes aim to evoke a controlled, industrial character while remaining friendly enough for contemporary brand and product contexts.
Several glyphs lean toward a constructed, modular feel (notably rounded-arch forms and squared bowls), which makes the design feel systematic and tool-like. Numerals are robust and simplified, matching the same rounded-rectangle logic for strong at-a-glance recognition.