Sans Superellipse Onkig 5 is a regular weight, normal width, monoline, upright, normal x-height font.
Keywords: ui text, app branding, wayfinding, dashboards, packaging, modern, techy, clean, friendly, utilitarian, ui-centric, geometric clarity, modern branding, friendly tech, rounded, square-rounded, geometric, sturdy, high-contrast-free.
A geometric sans built from rounded-rectangle and superellipse-like forms, with smooth corners and largely uniform stroke thickness. Curves tend to resolve into gently squared bowls and counters, giving letters a compact, engineered feel rather than a purely circular one. Terminals are clean and straight, joins are crisp, and the overall rhythm is steady and highly consistent across caps, lowercase, and figures. Lowercase shows single-storey shapes (notably the “a”), with clear, open apertures and a straightforward, functional construction.
Well-suited for interface typography, product labeling, and system-forward branding where clean shapes and consistent spacing matter. It can also work for signage and dashboards thanks to its straightforward letterforms and legible numerals, and it performs nicely in display-sized headings where the superelliptic geometry becomes a defining visual feature.
The design reads as contemporary and practical, with a subtle sci‑fi/tech flavor coming from its squared curves and tidy geometry. Its rounded corners keep the tone approachable, while the disciplined structure maintains a professional, UI-ready neutrality.
Likely drawn to provide a contemporary geometric sans with softened, squared curves—aiming for a balance of technical precision and everyday friendliness. The consistent, rounded-rect construction suggests an intent to echo modern device and UI aesthetics while staying broadly readable.
Figures and capitals appear designed for clarity, with simple, unembellished silhouettes and minimal optical quirks. The squared-round “O/0” family and the overall superelliptic rounding help create a cohesive, system-like voice that holds up well at larger sizes.