Sans Superellipse Pyrej 14 is a regular weight, narrow, monoline, upright, normal x-height font.
Keywords: ui text, product design, signage, dashboards, packaging, clean, technical, modern, neutral, efficient, space efficiency, clarity, system design, modern neutrality, approachability, rounded corners, soft terminals, compact, geometric, low contrast.
This sans presents a compact, streamlined build with largely even stroke weight and minimal contrast. Curves are drawn with a rounded-rectangle/superellipse logic, giving bowls and counters a softly squared feel rather than perfect circles. Corners and terminals are consistently rounded, while straight strokes stay crisp and vertical/horizontal, producing a tidy rhythm and high uniformity across the set. Spacing reads controlled and economical, helping the narrow proportions stay clear in continuous text.
This font is well suited to interface and product contexts where compact width and consistent strokes support clear scanning, such as UI labels, navigation, and dashboard readouts. It can also perform in contemporary signage and packaging systems that benefit from a clean, slightly softened geometric voice. In editorial or branding, it works best where a restrained, modern tone is desired rather than a highly expressive or calligraphic feel.
The overall tone is modern and pragmatic, with a calm, utilitarian voice. Its softened geometry avoids harshness, keeping the look approachable while still feeling structured and technical. The result is a neutral, contemporary sans suited to clean layouts and interface-forward aesthetics.
The design appears intended to deliver a space-efficient, highly consistent sans with rounded-rectilinear construction for a modern, system-like look. Its softened corners and superellipse-based curves suggest an aim to balance technical precision with an approachable, friendly edge.
Round characters like O, Q, and 0 show the superellipse influence most strongly, with squared-off curvature and generous internal counters for the width. The forms maintain a consistent geometric logic across uppercase, lowercase, and numerals, emphasizing clarity and regularity over expressive modulation.