Sans Superellipse Vebeh 3 is a very light, very wide, monoline, upright, normal x-height font.
Keywords: display, ui labels, headlines, branding, posters, futuristic, technical, clean, sleek, minimal, geometric system, modernization, distinctive display, tech tone, rounded corners, superelliptic, geometric, modular, open counters.
A monoline geometric sans built from rounded-rectangle and superelliptic forms, with consistently softened corners and largely flat terminals. Curves resolve into squared-off bowls and counters, giving letters a modular, engineered feel; round characters like O, C, and G read as rounded rectangles rather than circles. Stems are straight and even, joins are smooth, and apertures tend to be open, supporting clarity despite the ultra-thin stroke. The lowercase shows a single-storey a and g, and overall spacing feels airy, emphasizing the font’s horizontal stance and streamlined rhythm.
Best suited for display-centric applications such as interface headings, product/tech branding, poster titling, and short statements where its geometric personality is an asset. The very thin stroke and open spacing favor larger sizes and high-contrast settings, while the distinctive rounded-square forms help create a recognizable, modern voice.
The design projects a contemporary, tech-forward tone with a calm, precise demeanor. Its rounded geometry feels friendly but remains distinctly synthetic, evoking interfaces, electronics, and modern industrial design rather than handwriting or classical typography.
The font appears intended to translate superelliptic, rounded-rectilinear geometry into an alphabet with a cohesive system of corners, bowls, and terminals. It prioritizes a polished, contemporary silhouette and a consistent modular construction that feels designed for modern digital and industrial contexts.
Distinctive superelliptic construction is reinforced across letters and numerals, producing a consistent "rounded-square" motif in bowls and corners. Several glyphs incorporate gentle baseline curls or hook-like terminals (notably in forms like J, Q, and y), adding character without breaking the system. Numerals follow the same rounded-rectilinear logic, reading clean and schematic at display sizes.