Sans Normal Dylab 2 is a regular weight, wide, low contrast, italic, normal x-height font visually similar to 'Artico' by cretype (names referenced only for comparison).
Keywords: branding, posters, headlines, ui labels, sportswear, contemporary, dynamic, approachable, sporty, clean, contemporary tone, clarity, motion, approachability, versatility, oblique, rounded, open apertures, humanist, soft terminals.
This typeface is an oblique sans with rounded, open forms and a steady, low-contrast stroke. The lettershapes lean forward with a consistent slant and a slightly expansive stance, giving the alphabet a roomy horizontal footprint. Curves are smooth and largely circular/elliptical, while joins and terminals stay soft rather than sharply cut. Counters are generous and apertures are notably open (especially in forms like C, S, and e), helping keep interior whitespace clear in both uppercase and lowercase.
It suits brand identities, promotional graphics, and headline settings where a crisp, forward-leaning voice is desired. The open counters and smooth curves also make it a solid option for short UI labels, navigation, and signage-style text where clarity matters, especially at medium to large sizes.
The overall tone is modern and energetic, with a friendly, accessible feel rather than a formal or technical one. Its forward slant and open construction suggest motion and informality, making it read as lively and contemporary without becoming playful or decorative.
The design appears intended to deliver a streamlined, modern oblique sans that balances speed and friendliness. By combining open apertures, rounded geometry, and a clean stroke, it aims for broad usability in contemporary display and interface contexts while maintaining a distinctive sense of motion.
The rhythm is even and legible, with clear differentiation between similar shapes (for example, the uppercase I and lowercase l remain simple, while numerals stay straightforward and clean). The italic angle is strong enough to be expressive, yet the basic geometry remains controlled and consistent across the set.