Sans Superellipse Hiroz 1 is a very bold, normal width, monoline, upright, normal x-height font.
Keywords: headlines, posters, logos, gaming, packaging, techno, industrial, arcade, futuristic, mechanical, display impact, digital feel, geometric clarity, brand presence, squared, rounded, blocky, stencil-like, compact.
A heavy, squared sans with rounded-rectangle construction and monoline strokes. Corners are broadly radiused while many terminals end in flat, squared cuts, creating a distinct interplay of soft outer corners and crisp internal notches. Counters tend to be rectangular and relatively small, with occasional cut-in apertures that suggest a segmented, almost stencil-like logic in letters such as E, S, and G. The overall rhythm is compact and stable, with firm verticals, simplified curves, and a consistent, geometric footprint across caps, lowercase, and numerals.
Best suited for display typography where impact and a constructed, digital flavor are desirable—headlines, posters, branding marks, game/UI title treatments, and packaging. It can also work for short bursts of text such as labels or callouts, where its compact counters won’t be stressed by long reading lengths.
The tone is unapologetically bold and engineered, evoking electronic displays, arcade graphics, and sci‑fi interface lettering. Its squared curves and carved-in details feel utilitarian and technical rather than friendly, giving text a confident, high-impact voice.
The design appears intended to translate rounded-rectangle geometry into a bold, contemporary display voice, balancing softened outer corners with decisive, machined-looking interior cuts. The goal is a strong, graphic texture that stays clean and systematic while projecting a futuristic, industrial character.
The lowercase follows the same squared, superelliptical logic as the capitals, favoring closed or tightly opened forms (notably in a, e, and g) that read as dense at smaller sizes. Numerals are similarly block-constructed, with strong silhouettes suited to punchy, at-a-glance recognition in display contexts.