Sans Superellipse Rymaz 2 is a light, normal width, medium contrast, upright, normal x-height font.
Keywords: ui labels, tech branding, headlines, signage, posters, techy, futuristic, clean, precise, modular, digital feel, geometric system, distinctive display, modern utility, rounded corners, rectilinear, geometric, monoline, squared curves.
A geometric sans built from squared-off curves and rounded-rectangle counters, with monoline strokes and consistently softened corners. The forms favor straight stems, flat terminals, and compact bowls, producing a rectilinear rhythm that still reads smooth due to the superelliptical rounding. Counters are generally open and boxy, apertures are controlled, and curves transition quickly into straight segments. Numerals and capitals keep a structured, grid-friendly feel, while lowercase maintains the same modular logic with simple, schematic constructions.
Well suited to interface labels, product and technology branding, and short to medium-length headlines where a contemporary, engineered aesthetic is desired. It can also work for wayfinding and environmental graphics thanks to its clear geometry and steady stroke weight, especially at larger sizes.
The overall tone is modern and technical, evoking digital interfaces, instrumentation, and sci‑fi styling. Its rounded-square geometry feels engineered and disciplined rather than casual, giving text a crisp, futuristic voice without becoming harsh.
The font appears designed to translate a rounded-rectangle, grid-based drawing system into an approachable sans, balancing strict geometry with softened corners for smoothness. The intention seems to be a distinctive display-leaning voice that remains readable while projecting a modern, device-like character.
The design reads best when the rounded corners and squared counters have room to resolve; at very small sizes the tightly controlled geometry can appear more uniform and mechanical. Letterforms show a deliberate preference for right angles and consistent radii, creating strong stylistic cohesion across uppercase, lowercase, and numerals.