Sans Superellipse Kuwi 10 is a regular weight, wide, low contrast, upright, normal x-height font.
Keywords: ui labels, headlines, branding, signage, posters, tech, futuristic, clean, geometric, friendly, geometric system, tech identity, ui clarity, modernization, shape consistency, rounded corners, octagonal, monoline, squared rounds, crisp.
A geometric sans built from superellipse and rounded-rectangle forms, with consistently softened corners and straight, monoline strokes. Curves often resolve into faceted, octagonal bowls (notably in O/Q/0/8), giving counters a structured, engineered feel rather than purely circular. Terminals are mostly flat and squared-off, with occasional chamfered joins that keep diagonals and curves visually crisp. Spacing reads generous and open, and the overall rhythm is steady, with simplified, highly regular shapes across uppercase, lowercase, and numerals.
Well suited to interface titles, product branding, and short-to-medium headline settings where a technical, geometric voice is desired. The open spacing and clean, low-detail construction also support signage and wayfinding applications, as well as poster typography where the faceted rounded forms can carry a strong visual identity.
The tone is modern and techno-leaning, evoking interfaces, industrial labeling, and sci‑fi display typography while staying approachable due to the rounded-corner geometry. Its crisp faceting and clean stroke endings suggest precision and efficiency rather than softness or calligraphic warmth.
The design appears intended to translate rounded-rectangle and superellipse geometry into a practical sans that feels contemporary and engineered. By keeping strokes monoline and corners consistently softened, it aims for a distinctive tech character while remaining legible and systematized across letters and figures.
Distinctive superelliptical bowls and chamfered corner behavior create strong silhouette recognition, especially in rounded letters and numerals. The lowercase maintains a geometric construction with minimal modulation, and the numerals mirror the same rounded-octagonal logic for visual coherence in UI and data contexts.