Sans Superellipse Arbel 2 is a very light, normal width, monoline, upright, normal x-height font.
Keywords: ui text, app design, wayfinding, tech branding, product labels, futuristic, technical, minimal, clean, clinical, modernization, systematic geometry, interface clarity, tech tone, rounded, geometric, superelliptic, soft-cornered, open.
A geometric sans with rounded-rectangle construction and consistently softened corners throughout. Strokes are uniform and fine, with crisp terminals and a largely closed, schematic rhythm that favors straight segments over continuous curves. Counters are generously open for the style, and round letters (O, Q, 0) read as superellipses rather than circles. The lowercase set leans toward single-storey forms (a, g) with simplified bowls and short, controlled joins, while numerals follow the same squared-round logic (notably 2, 3, 5, and 6).
Works well for interface typography, dashboards, and digital product design where a crisp, contemporary voice is needed. Its squared-round forms also suit signage, labeling, and tech-forward branding, and it can add a modern, systemized character to headings and short blocks of copy.
The overall tone feels modern and engineered, balancing friendliness from the rounded corners with a precise, instrument-like restraint. It evokes contemporary UI systems, sci‑fi interfaces, and clean industrial labeling rather than expressive or historical references.
Likely designed to deliver a streamlined, modern sans built from superelliptic geometry, prioritizing consistency and a contemporary technical feel. The softened corners temper the rigidity of straight-sided construction, aiming for a clean, approachable interface-ready appearance.
Diagonal letters (V, W, X, Y) keep sharp internal angles but maintain rounded outer turns, creating a distinctive hybrid of angular structure and softened finishing. The design’s even stroke and modular geometry produce a consistent texture in text, with a slightly “display-tech” flavor that becomes more pronounced at larger sizes.