Sans Superellipse Bykuy 2 is a very light, very narrow, monoline, upright, tall x-height font.
Keywords: headlines, branding, posters, ui labels, editorial display, minimalist, technical, clean, futuristic, precise, modernization, space saving, geometric system, clean display, condensed, rounded corners, open apertures, high contrast-of-space, modular.
A condensed monoline sans with a strongly vertical posture and rounded-rectangle (superellipse) construction in counters and curves. Strokes are extremely thin and even, with smooth corner radii and a consistent, engineered feel across straight and curved segments. The x-height reads tall relative to ascenders, and the glyphs are tightly set in width, giving a compact rhythm with generous internal whitespace. Numerals and round letters lean on pill-shaped bowls and squared-off curves, producing a crisp, rectilinear geometry without sharp terminals.
Best suited to display typography where its condensed silhouette and geometric rounding can read clearly: headlines, brand marks, posters, and cover typography. It can also work for interface labels or signage in larger sizes where the thin strokes remain legible and the narrow width helps conserve space.
The overall tone is sleek and modern, with a lightweight, airy presence that feels technical and design-forward. Its narrow proportions and rounded-rectangular forms suggest a contemporary, digital or architectural sensibility rather than a warm, handwritten one.
The design appears intended to deliver a sleek, space-efficient sans with a distinctive rounded-rectangle geometry, balancing strict vertical structure with softened corners. It prioritizes modern stylistic clarity and a consistent modular system over traditional text-family warmth.
Distinctive superelliptical bowls give letters like O/Q and the rounded lowercase forms a soft-cornered, modular look. The thin strokes and condensed fit create a refined, high-end appearance, but the very light weight also makes it visually delicate in smaller settings or low-contrast applications.