Sans Superellipse Lipu 3 is a bold, very wide, monoline, upright, normal x-height font visually similar to 'Durandal' by Aerotype (names referenced only for comparison).
Keywords: headlines, logotypes, posters, ui display, packaging, futuristic, tech, sci‑fi, sleek, playful, modernize, signal technology, create softness, maximize impact, rounded, modular, geometric, soft corners, expanded.
A geometric sans built from rounded-rectangle and superellipse structures, with generous width and smooth, continuous strokes. Corners are strongly radiused and terminals are typically blunt or softly squared, producing a clean, machined feel rather than calligraphic modulation. Counters tend toward rectangular ovals, and the rhythm is driven by long horizontals and wide bowls; joins are simplified and consistent, keeping forms uniform across caps, lowercase, and figures. The overall texture is even and glossy, with wide apertures and ample internal space that helps the heavy strokes stay open.
Best suited for short to mid-length display settings where its wide footprint and geometric character can be appreciated—headlines, brand marks, titles, and tech-forward packaging. It can also work for large-size interface labels or dashboards where a clean, rounded industrial tone is desired, but the expanded width makes it less economical for dense text.
The typeface reads as futuristic and interface-oriented, evoking consumer electronics, space-age branding, and arcade-era sci‑fi graphics. Its softened geometry keeps the tone friendly and approachable despite the engineered, modular construction.
The design appears intended to deliver a contemporary, gadget-like aesthetic through superelliptical geometry and consistent monoline construction, prioritizing a smooth, modern texture and strong horizontal presence for display-oriented typography.
Distinctive superelliptical construction is especially apparent in rounded letters and numerals, where curves resolve into flattened arcs and squared-off shoulders. The wide stance creates a strong horizontal emphasis, and the uniform stroke behavior supports a stable, grid-like visual system.