Sans Superellipse Omgir 2 is a bold, narrow, low contrast, upright, normal x-height font visually similar to 'Londrina' by Tipos Pereira (names referenced only for comparison).
Keywords: headlines, posters, branding, packaging, signage, friendly, punchy, modern, playful, confident, impact, approachability, clarity, modernity, rounded, compact, soft corners, geometric, monoline.
A compact, heavy sans with rounded-rectangle (superellipse-like) construction and softened corners throughout. Strokes are largely monoline, with minimal contrast and sturdy, squared-off terminals that keep counters open despite the weight. Curves feel squarish rather than purely circular, giving letters a slightly condensed, engineered rhythm; joins are clean and consistent, and the overall texture reads dark and even in text. Numerals and capitals share the same blocky, rounded geometry, reinforcing a cohesive, contemporary silhouette.
Well-suited for headlines, poster copy, branding marks, and packaging where a bold, friendly modern tone is needed. It can also work for signage and interface labels when set with comfortable spacing, as the sturdy forms and open counters maintain clarity while delivering strong visual impact.
The overall tone is approachable and upbeat, with a solid, no-nonsense confidence. Its rounded geometry makes it feel friendly and slightly playful, while the dense color and tight proportions keep it assertive and attention-grabbing.
The design appears intended to combine geometric, superellipse-based letterforms with a warm, rounded finish, producing a contemporary sans that feels both approachable and forceful. The emphasis is on strong silhouette, even texture, and clear, compact shapes for prominent typographic statements.
The squarish bowls and rounded corners create a distinctive “soft block” voice that stays legible at display sizes and retains strong presence in short lines. The texture in paragraphs is uniform and compact, suggesting it will hold together well in UI-like or signage contexts where clarity and impact matter.