Sans Superellipse Onnab 7 is a bold, normal width, monoline, upright, normal x-height font.
Keywords: headlines, ui labels, signage, packaging, posters, tech, futuristic, industrial, digital, utilitarian, tech aesthetic, modular geometry, display clarity, systematic branding, squared, rounded corners, geometric, modular, stencil-like apertures.
A geometric sans built from rounded-rectangle and superellipse forms, with smooth corner radii and mostly straight-sided curves. Strokes stay consistently heavy and even, creating a sturdy, engineered texture. Counters are often rectangular or slot-like, and several letters show deliberate breaks or inset cuts that give a subtly modular, almost stencil-adjacent construction. Spacing and shapes favor flat terminals and tight radii, producing a crisp, screen-friendly silhouette and a compact, blocky rhythm in text.
Well-suited to short-to-medium setting where a technical voice is desired: interface titles, dashboard labels, wayfinding, equipment tags, and bold packaging callouts. It also works effectively in posters and motion graphics where its geometric, rounded-rect forms can hold up at larger sizes and high contrast.
The overall tone is technical and forward-leaning, evoking UI hardware, sci‑fi interfaces, and industrial labeling. Its squared geometry feels controlled and functional rather than expressive, delivering a clean, contemporary “device” aesthetic with a hint of arcade or synth-era styling.
The design appears intended to translate a rounded-rect, modular geometry into an alphabet that feels contemporary and engineered. By combining consistent stroke weight with superelliptical bowls and purposeful cut-ins, it aims to project a precise, tech-oriented identity while keeping letterforms clear and highly structured.
Distinctive details include squared bowls with rounded corners, angular joins on diagonals, and simplified, open constructions on several glyphs that emphasize legibility through strong silhouettes. Numerals match the same rounded-rect logic, yielding a cohesive set that reads as systematic and grid-aware.