Sans Superellipse Agkip 2 is a regular weight, normal width, low contrast, upright, normal x-height font visually similar to 'Core Sans M' by S-Core (names referenced only for comparison).
Keywords: ui, app design, web text, signage, branding, clean, modern, friendly, neutral, technical, legibility, modernization, ui clarity, friendly tech, geometric consistency, rounded, geometric, monoline, open counters, soft corners.
A clean, monoline sans with geometry rooted in rounded-rectangle (superellipse) construction. Curves are smooth and evenly weighted, with gently softened corners on both round and straight joins. Proportions feel balanced and contemporary, with open apertures and clear counters that keep words from clogging at text sizes. The uppercase set is straightforward and stable, while the lowercase introduces subtle warmth through rounded terminals and simple, single-storey forms (notably in a and g). Figures follow the same rounded, geometric logic and read clearly alongside the letters.
Well-suited to UI and product typography, including navigation, settings screens, dashboards, and web copy where a clean, contemporary voice is needed. The rounded geometry also works well for signage and brand systems aiming for an approachable, tech-forward feel, and it remains legible in mixed-case text and with numerals.
The overall tone is modern and approachable, combining a technical, engineered neatness with soft, friendly rounding. It feels neutral and utilitarian without becoming sterile, making it suitable for interfaces and everyday communication where clarity matters.
The design appears intended to provide a highly legible, contemporary sans built from superelliptical geometry—prioritizing clarity, consistency, and a friendly softness appropriate for digital environments and modern branding.
The rhythm is consistent and calm, with rounded joins and controlled curvature giving lines of text a smooth, even texture. Letterforms avoid sharp spikes and exaggerated gestures, favoring predictable shapes and clear differentiation for quick scanning.