Sans Superellipse Derin 4 is a light, normal width, low contrast, italic, normal x-height font visually similar to 'Autoprom Pro' by Stefan Stoychev (names referenced only for comparison).
Keywords: ui labels, tech branding, product design, headlines, signage, futuristic, technical, sleek, sporty, digital, modernize, add motion, signal tech, streamline forms, rounded, monoline, oblique, aerodynamic, geometric.
A streamlined, rounded-rectangle sans with an oblique stance and monoline strokes. Counters and bowls lean toward superelliptical geometry, producing squared-off rounds in letters like O, D, P, and Q, with consistently softened corners. Terminals are generally clean and slightly rounded, and the drawing favors open forms with modest apertures, giving a crisp, engineered rhythm. Uppercase proportions feel compact and uniform, while lowercase remains simple and legible with single-storey a and g; numerals follow the same rounded-rect logic for a cohesive alphanumeric set.
Works well for short-to-medium text in UI labels, dashboards, and navigation where a clean, modern tone is needed. It’s also suited to tech branding, packaging, and sporty headlines that benefit from a sense of speed and precision, and can be effective in signage when a contemporary, engineered look is desired.
The overall tone reads modern and machine-oriented—fast, precise, and a bit sci‑fi. Its oblique posture and rounded-square curves suggest motion and technology, making it feel at home in interfaces, vehicles, and contemporary product design.
Likely drawn to combine geometric rigor with friendly rounding, delivering a forward-looking sans that feels both efficient and approachable. The oblique construction and superelliptical forms appear intended to communicate motion and a technological, design-led aesthetic.
The design maintains a consistent corner radius across the set, which helps text blocks look cohesive in extended samples. Some diagonals and joins (notably in K, V, W, X, and Y) emphasize a brisk, angular energy while still matching the softened geometry elsewhere.