Sans Superellipse Olmud 2 is a regular weight, normal width, low contrast, upright, normal x-height font visually similar to 'MIR Next' and 'Mir' by Juliasys (names referenced only for comparison).
Keywords: ui text, branding, signage, editorial, product labels, clean, friendly, modern, utilitarian, approachable, legibility, neutrality, warmth, everyday use, contemporary tone, rounded corners, soft terminals, even color, open apertures, humanist touch.
A clean sans with softened, rounded-rectangle curves and largely monolinear strokes that produce an even, steady typographic color. The capitals are straightforward and stable, while the lowercase balances round bowls with gently squared shoulders, giving forms a subtle superellipse feel rather than pure circles. Curves transition smoothly into stems, terminals are mostly blunt with softened edges, and counters stay open enough for clear interior spaces. Numerals match the text rhythm with simple, sturdy shapes and similar stroke weight.
Works well for UI and product text where an even texture and open counters support scanning at small to medium sizes. The softened geometry also suits branding, packaging, and signage that needs to feel contemporary without becoming cold or overly minimal.
The overall tone is modern and friendly, with a pragmatic, no-nonsense structure tempered by soft corners. It reads as approachable and calm rather than technical or severe, making it feel suitable for contemporary interfaces and everyday communication.
The design appears intended to deliver a highly legible, general-purpose sans with a recognizable rounded-rectangular character. It aims for consistent texture and predictable spacing while adding warmth through softened corners and smooth curve-to-stem transitions.
Round forms (like C, O, and e) lean toward rounded-rectangular geometry, creating a distinctive “soft box” rhythm across words. The lowercase shows clear differentiation between similar shapes (such as i/l and o/e) through proportion and counter treatment, supporting legibility in continuous text.