Sans Superellipse Wiby 4 is a regular weight, very wide, monoline, upright, normal x-height font.
Keywords: ui labels, tech branding, packaging, posters, signage, techy, futuristic, clean, industrial, utility, modernize, systematize, soften geometry, enhance clarity, signal tech, rounded, boxy, geometric, modular, wide-set.
A geometric sans with a modular, rounded-rectangle construction and uniform stroke weight. Curves are drawn as superellipse-like corners rather than true circles, producing squared counters and softly chamfered terminals throughout. The proportions are generously wide with open spacing, and the rhythm is steady and engineered, emphasizing horizontal runs and broad bowls. Details like the compact crossbars, flat-topped curves, and consistently rounded joins create a cohesive, systematized texture across uppercase, lowercase, and numerals.
Well-suited to interface labels, product branding, and contemporary packaging where a sleek, engineered feel is desirable. Its wide, open forms also make it effective for headlines, signage, and short blocks of display text that benefit from clear silhouettes and a modern, digital character.
The overall tone feels modern and technical, with a calm, instrument-panel clarity. Its rounded corners soften the industrial geometry, giving it a friendly sci‑fi flavor rather than a harsh, mechanical one. The wide stance and boxy curves read as contemporary and digital-forward.
The design appears intended to deliver a contemporary geometric voice built from rounded-rectangular primitives, balancing precision with approachability. By keeping stroke weight even and corners consistently softened, it aims for a versatile, system-like look that remains distinctive at display sizes.
Distinctive superelliptical counters and rounded-rectangular bowls are especially evident in letters like O, D, P, and G, and echoed in numerals such as 0, 2, 8, and 9. The lowercase maintains the same modular logic as the caps, and the dot on i/j appears as a small, round point that contrasts with the otherwise squared curve language.