Sans Superellipse Kise 5 is a bold, normal width, low contrast, italic, normal x-height font.
Keywords: headlines, logos, posters, packaging, gaming ui, futuristic, technical, sporty, sleek, dynamic, speed cue, tech branding, display impact, geometric clarity, systematic design, rounded corners, square-rounded, oblique, geometric, monoline.
A slanted, geometric sans built from rounded-rectangle and superellipse-like forms, with monoline strokes and consistently softened corners. Letterforms lean forward with a brisk rhythm, using flat terminals, squared counters, and clipped joins that keep curves controlled rather than calligraphic. Proportions are compact with a steady baseline presence, while rounded corners and occasional angled cuts add a streamlined, engineered feel. Numerals and capitals follow the same square-rounded construction, maintaining a cohesive, modular texture across text.
Best suited to branding and display applications where a futuristic, performance-oriented voice is desired—headlines, logos, posters, product marks, and gaming or tech interface graphics. It can work for short blocks of text when you want a strong stylistic imprint, but it is most effective where its angular, square-rounded forms can be appreciated at larger sizes.
The overall tone feels fast and tech-forward, suggesting motion, precision, and modern machinery. Its oblique stance and squared curves evoke motorsport, sci‑fi interfaces, and contemporary product branding rather than traditional editorial typography.
The font appears designed to merge geometric clarity with speed cues: square-based shapes softened by rounded corners, paired with an oblique posture to suggest motion. The consistent monoline build and modular curves point to an intention of creating a cohesive, contemporary system for tech, sport, and forward-looking visual identities.
The design favors distinctive silhouettes over neutrality: several glyphs adopt simplified, geometric constructions that read cleanly at display sizes and create a strong pattern on the line. The consistent corner radius and uniform stroke weight help it stay visually stable even with the pronounced slant.