Sans Superellipse Lipa 1 is a regular weight, wide, monoline, upright, normal x-height font.
Keywords: ui design, app branding, headlines, signage, product design, futuristic, tech, clean, friendly, minimal, modernization, interface clarity, geometric systemization, friendly tech, rounded, geometric, superelliptical, open counters, soft corners.
A geometric sans built from rounded-rectangle/superelliptical forms, with a consistent monoline stroke and generously rounded terminals. Curves resolve into flat-ish segments and soft corners, giving bowls and counters a squarish, engineered feel rather than a purely circular one. Proportions read on the wide side with ample inner space, and the overall rhythm is even and airy, keeping paragraphs clear at display sizes. Key forms like the squared O/0 and the compact, smooth-shouldered joins reinforce a cohesive, modular construction.
Well-suited to UI and UX typography, dashboards, and product interfaces where a clean, modern voice is needed. It also works effectively for tech branding, packaging, and wayfinding-style signage, and holds up in short paragraphs or captions when set with comfortable spacing.
The tone is distinctly modern and tech-forward, with a calm, approachable softness from the rounded geometry. It feels optimized for interfaces and digital environments—precise and systematic, but not cold—suggesting contemporary product design, futurist branding, and clean editorial headers.
The design appears intended to deliver a contemporary geometric sans with a superelliptical skeleton—balancing precision and friendliness through rounded corners, consistent stroke logic, and open counters for clarity in digital contexts.
Digit shapes echo the same rounded-rect logic, with a notably squared 0 that harmonizes with the uppercase O. Diagonal strokes (e.g., in K, V, W, X, Y) keep the same stroke weight and rounded ends, helping the font maintain consistency across angular forms. The open, uncluttered counters and simplified terminals support legibility and a smooth texture in running text samples.