Sans Contrasted Opzi 2 is a light, wide, very high contrast, italic, normal x-height font.
Keywords: headlines, logos, posters, sports branding, tech ui, futuristic, technical, sporty, sleek, dynamic, speed emphasis, sci-fi tone, display impact, branding character, angular, geometric, oblique, sharp, aerodynamic.
A slanted, angular sans with chamfered corners and a distinctly engineered construction. Strokes alternate between hairline connectors and heavier verticals, creating a crisp, high-contrast rhythm that reads like speed-driven lettering rather than neutral text. Counters tend toward squared and rounded-rectangle forms, terminals are clean and often cut on an angle, and several shapes lean on open apertures and simplified joins for a streamlined silhouette. The overall spacing feels display-oriented, with a lively cadence across mixed-case and numerals.
Best suited for headlines, wordmarks, and short bursts of copy where its angular contrast and slanted motion can be appreciated. It fits well in tech, gaming, automotive, and sports contexts, and can work for interface titling or instrumentation-style labels when set large enough to preserve the fine hairlines.
The font projects a fast, modern energy—evoking motorsport, sci‑fi interfaces, and technical branding. Its sharp geometry and oblique posture give it an assertive, forward-leaning tone that feels purposeful and performance-minded rather than casual or decorative.
The design appears intended to deliver a futuristic, speed-focused sans that combines geometric forms with pronounced stroke contrast for visual impact. It prioritizes a distinctive, performance aesthetic and recognizability in display settings over quiet, long-form readability.
Distinctive details include squared, boxy bowls in letters like O/D and a slashed zero, plus occasional hairline diagonals and spur-like flicks that add a hand-tuned, engineered character. The strong contrast and angled cuts increase visual sparkle at larger sizes, while the thin strokes and tight interior turns can become fragile in small reproduction.