Sans Superellipse Unbo 3 is a very bold, wide, monoline, upright, normal x-height font visually similar to 'Osmica' by Stefano Giliberti (names referenced only for comparison).
Keywords: headlines, logos, posters, packaging, app ui, tech, industrial, futuristic, sporty, game ui, impact, modernize, tech tone, brand presence, ui clarity, rounded corners, squared forms, modular, geometric, stencil-like joints.
A heavy, geometric sans built from squared bowls and rounded-rectangle curves. Strokes are consistently thick with softened exterior corners and crisp interior counters, producing a clean monoline rhythm. The construction feels modular: many joins are flattened or notched, and diagonals (as in K, V, W, X, Y) are straight and assertive, contrasting with the superelliptical rounds of C, G, O, Q, and 0. Apertures and counters are relatively compact, and spacing reads sturdy and even, favoring impact over delicacy.
Best suited to short, high-impact settings such as headlines, branding marks, posters, product labels, and interface titling where its blocky curves and solid rhythm stay clear at a glance. It can also work for navigation labels or button text when a strong, modern presence is desired, but the dense counters suggest it will shine most at display sizes.
The overall tone is modern and engineered—evoking sci‑fi interfaces, industrial labeling, and contemporary sports branding. Its rounded-square geometry adds friendliness to an otherwise technical voice, keeping the feel bold and confident rather than aggressive.
The design appears intended to translate a rounded-rect, techno-industrial shape language into a readable sans for contemporary display use, prioritizing consistency, punch, and a compact, modular build.
In text, the uniform stroke weight and boxy curves create a strong horizontal presence, while the simplified details (short terminals, squared shoulders, and occasional cut-ins) reinforce a functional, UI-forward aesthetic. Numerals mirror the same rounded-rectangle logic, supporting cohesive display and scoreboard-style applications.