Sans Superellipse Habit 2 is a bold, wide, low contrast, upright, tall x-height font visually similar to 'Tecna' by Corradine Fonts, 'Faculty' by Device, 'Gltp Starion' by Glowtype, 'RBNo3.1' by René Bieder, 'Sans Beam' by Stawix, and 'Obvia Wide' by Typefolio (names referenced only for comparison).
Keywords: headlines, branding, ui, packaging, posters, modern, friendly, techy, utilitarian, confident, clarity, modernity, approachability, geometric consistency, impact, rounded, squared, geometric, monoline, compact.
A geometric sans with a rounded-rectangle (superellipse) construction throughout. Strokes are monoline and heavy, with generously rounded corners and squared-off curves that keep counters open and stable. Proportions feel broad with a tall lowercase, producing a dense, solid color in text while remaining highly legible. Terminals are clean and mostly straight-cut, and the overall rhythm is even and tightly controlled, especially in the bowls and rounded forms.
Best suited to bold headlines, product branding, and packaging where a modern, approachable geometric voice is desired. It also works well for UI labels, signage, and short blocks of copy that benefit from strong presence and clear character shapes at a glance.
The rounded geometry gives the face an approachable, contemporary tone, while the firm stroke weight and squared curves add a pragmatic, engineered feel. It reads confident and straightforward rather than delicate or expressive, with a subtle friendliness coming from the softened corners.
The design appears intended to translate superelliptical geometry into a sturdy, highly legible sans for contemporary use, prioritizing clarity and consistency across letters and numerals. The softened corners aim to keep the tone friendly while maintaining a clean, technical structure.
Lowercase forms emphasize simple, single-storey constructions and sturdy joins, reinforcing a functional, screen-forward look. Numerals are similarly boxy-rounded and clear, suited to display settings where impact and quick recognition matter.