Sans Superellipse Esmoz 5 is a regular weight, normal width, low contrast, italic, normal x-height font.
Keywords: branding, sportswear, tech ui, posters, signage, techy, sporty, streamlined, modern, dynamic, contemporary branding, speed cue, technical neutrality, geometric cohesion, oblique, rounded corners, squared rounds, industrial, compact.
A slanted, monoline sans with rounded-rectangle construction and softened corners throughout. Curves resolve into squarish bowls and counters (notably in C, D, O, Q, and 0), giving the design a superelliptical, engineered feel. Strokes are uniform with minimal modulation, terminals are mostly blunt or softly squared, and joins are clean and mechanical. Proportions lean slightly condensed in the caps, while lowercase forms stay compact with a tidy rhythm; ascenders are relatively tall and the italic angle is consistent across letters and figures.
Works well for contemporary branding, tech and product UI accents, and sports or automotive-style graphics where a sense of speed is desirable. It also suits headings, posters, packaging callouts, and short-to-medium text in contexts that benefit from a compact, engineered sans with rounded-square character.
The overall tone is fast, precise, and contemporary—suggesting motion and efficiency rather than warmth or nostalgia. Its rounded-square geometry reads as technical and product-oriented, with a subtle sporty flavor that feels suited to performance contexts.
Likely designed to blend an italic, performance-oriented stance with a friendly, rounded-square skeleton for a modern industrial look. The aim appears to be high-impact readability and a cohesive geometric voice across letters and numerals while maintaining a smooth, contemporary finish.
Figures follow the same rounded-rect logic as the letters, with a particularly squared, open feel in 2, 3, and 5 and a boxy, modern 0 that aligns well with the caps. The uppercase includes several subtly stylized diagonals (A, K, N, V, W, X, Y) that reinforce the forward-leaning, kinetic impression.