Sans Normal Kikif 17 is a regular weight, normal width, low contrast, italic, normal x-height font.
Keywords: ui labels, editorial, branding, posters, packaging, modern, clean, dynamic, technical, emphasis, clarity, contemporary branding, motion, oblique, geometric, smooth, crisp, open counters.
This font is a slanted, sans-serif design with smooth, rounded geometry and clean joins. Strokes maintain an even thickness with minimal contrast, producing a consistent color across lines of text. Letterforms lean forward with a steady oblique angle, combining circular bowls with more angular diagonals for a crisp, contemporary rhythm. Counters are generally open and shapes are streamlined, giving the set a compact, efficient feel without appearing condensed.
It works well for interface labels, dashboards, and product surfaces where a clean sans-serif with motion is desirable. The consistent stroke weight and smooth curves also suit editorial callouts, pull quotes, and marketing copy, while the forward slant makes it especially effective for headlines, sports/tech branding accents, and packaging that benefits from a sense of speed.
The overall tone feels modern and purposeful, with a forward-leaning energy that reads as active and contemporary. Its simplified forms and steady stroke weight convey clarity and practicality, leaning toward a professional, tech-adjacent sensibility rather than decorative or nostalgic.
The design appears intended as a practical italic sans-serif that preserves the clarity of a straightforward grotesque/geometric base while adding momentum through a consistent slant. Its restrained detailing and even stroke behavior suggest an emphasis on legibility and contemporary versatility across display and text settings.
In the sample text, the slant remains stable at paragraph scale and maintains a uniform texture, helping the italicized styling feel intentional rather than incidental. Uppercase forms look sturdy and headline-friendly, while lowercase shapes stay straightforward and unobtrusive for longer strings of text.