Sans Contrasted Myzu 7 is a regular weight, wide, high contrast, italic, normal x-height font.
Keywords: editorial, branding, headlines, posters, fashion, refined, dynamic, contemporary, display focus, elegant tone, modernize italic, add motion, premium branding, slanted, calligraphic, crisp, angular, airy.
This typeface presents a sharply slanted, italic construction with crisp, clean contours and pronounced thick–thin modulation. Forms are generally open and spacious, with wide set proportions and an airy rhythm that emphasizes horizontality and forward motion. Curves are smooth and controlled, while joins and terminals feel pared back and modern rather than ornate; the contrast concentrates visual weight into select strokes, giving letters a sculpted look. Uppercase shapes read assertive and streamlined, and the lowercase maintains a clear, contemporary skeleton with restrained finishing details and consistent italic stress.
It suits editorial headlines, magazine-style layouts, and brand systems that want a sleek, contemporary italic voice. The sharp contrast and slant also make it effective for posters, campaign lines, and short display copy where rhythm and elegance are priorities over compactness.
The overall tone is polished and editorial, projecting a fashionable, high-end voice without becoming decorative. Its pronounced slant and contrast add energy and a sense of pace, making it feel expressive and confident while staying clean and professional.
The design appears intended to deliver an italic-forward, modern display experience that balances refined contrast with clean, sans-like simplicity. It aims to provide a stylish, high-impact texture for prominent typography while maintaining legibility through open forms and disciplined spacing.
In text, the combination of strong contrast and italic angle creates lively texture and visible word shapes, especially in mixed-case settings. Wider proportions and open counters help keep the page color from becoming dense, though the thinnest strokes may appear delicate at smaller sizes or on low-resolution output.