Sans Superellipse Onref 6 is a regular weight, normal width, monoline, upright, normal x-height font.
Keywords: ui labels, app branding, tech posters, product packaging, wayfinding, futuristic, techy, geometric, clean, industrial, modernization, tech identity, geometric clarity, systematic design, display impact, rounded corners, squared curves, soft terminals, modular, compact.
A geometric sans with a superelliptical construction: strokes follow rounded-rectangle curves and squared-off bowls, producing corners that are consistently radiused rather than fully circular. The line weight is even and monolinear, with smooth, closed counters and a compact, controlled rhythm. Many forms lean on straight verticals and horizontals paired with softened corners, giving letters a slightly modular, engineered feel; apertures tend to be tidy and somewhat narrow, and joins are clean with minimal contrast or flare.
Well-suited to tech-forward branding, UI headings, product and hardware labeling, and poster or editorial display where a geometric, futuristic tone is desired. It also works for short text blocks and captions when the slightly compact, engineered shapes support the intended aesthetic.
The overall tone feels modern and technological, with a disciplined, machine-made clarity softened by rounded corners. Its squared curves evoke interfaces, devices, and sci‑fi design language while remaining approachable rather than harsh.
The design appears intended to deliver a contemporary, system-like voice built from superelliptical geometry, balancing strict construction with friendly rounding. It prioritizes a cohesive, modular silhouette across letters and numerals to create a recognizable, tech-oriented typographic identity.
Figures and capitals read especially well due to their boxy, rounded silhouettes and consistent stroke behavior. Some characters emphasize geometry over traditional calligraphic cues, creating a distinctive display flavor even at text sizes, particularly where tighter apertures and compact counters increase density.