Sans Superellipse Rabaz 2 is a regular weight, narrow, monoline, upright, normal x-height font.
Keywords: ui labels, wayfinding, packaging, posters, editorial headings, modern, utilitarian, clean, technical, neutral, space saving, clarity, geometric tone, system design, modern branding, condensed, superelliptical, rounded corners, flat terminals, high contrast-free.
A condensed, monoline sans with superelliptical construction: bowls and counters read like rounded rectangles rather than pure circles. Strokes keep an even thickness with crisp, flat terminals, and curves transition into straight segments with a controlled, engineered feel. Uppercase forms are tall and compact, while lowercase maintains clear differentiation and open counters; ascenders rise high relative to the x-height, contributing to a vertical rhythm. Numerals follow the same squared-round logic, with simple, legible shapes and consistent spacing.
This font works well for interface labeling, dashboards, and navigation systems where compact letterforms help conserve space. Its clean geometry also suits packaging, contemporary branding, and poster or editorial headings, especially when a modern, orderly texture is wanted without heavy visual weight.
The overall tone is contemporary and matter-of-fact, combining friendliness from rounded corners with a slightly technical, system-like discipline. It feels pragmatic and efficient rather than expressive, suited to settings where clarity and restraint are desirable.
The design intention appears to be a space-efficient, highly legible sans that blends soft corners with disciplined geometry. By keeping stroke weight even and shaping rounds as superellipses, it aims for a consistent, contemporary texture that remains clear in both single words and longer lines of text.
The design leans on straight-sided curves (notably in C/O/Q and similar forms), giving text a distinctive ‘rounded-rectangle’ texture at larger sizes. The condensed proportions create a tight, economical silhouette that can increase information density while retaining straightforward readability.