Sans Superellipse Onguz 4 is a regular weight, wide, low contrast, upright, tall x-height font visually similar to 'Boxley' by Shinntype (names referenced only for comparison).
Keywords: ui text, product design, signage, dashboards, packaging, clean, modern, neutral, technical, friendly, clarity, neutrality, system design, approachability, geometric, rounded, superelliptic, open apertures, monoline.
A geometric sans with superelliptic construction: rounds read like softly squared ovals, and corners resolve into consistent radiused turns. Strokes are essentially monoline with minimal modulation, producing an even color and crisp rhythm in text. Proportions are generous, with broad counters and open apertures (notably in C, S, e, and c), and a relatively high x-height that keeps lowercase prominent. Terminals are clean and mostly straight-cut, while joins stay smooth and controlled; overall spacing feels comfortable and slightly airy rather than tight.
Well-suited to interface typography, product and system labeling, and information-forward settings where even color and open forms aid quick recognition. The wide, clean shapes and high lowercase presence also make it effective for signage, dashboards, and contemporary packaging or brand systems that want a neutral, modern baseline.
The tone is contemporary and matter-of-fact, with a friendly edge coming from the rounded, superellipse-based curves. It suggests clarity and utility over expressiveness, lending a calm, engineered feel that still reads approachable in longer text.
The design appears intended to balance geometric discipline with softened, superelliptic curves—delivering a clear, contemporary sans that feels engineered yet approachable. It prioritizes legibility and consistency across caps, lowercase, and numerals, aiming for dependable performance in everyday digital and print applications.
Caps are built from simple, confident geometry (e.g., circular/rounded-rect bowls in O, D, P) with a consistent horizontal/vertical logic, while diagonals (V, W, X, Y) remain sharp and stable against the softer curves. Numerals are straightforward and legible, matching the same rounded-rectangle curvature and even stroke weight for a cohesive, system-like set.