Sans Normal Vemet 9 is a bold, normal width, low contrast, italic, normal x-height font visually similar to 'Giriton' by Hazztype, 'Core Sans C' and 'Core Sans CR' by S-Core, 'Lyu Lin' by Stefan Stoychev, and 'Caros' and 'Caros Soft' by cretype (names referenced only for comparison).
Keywords: branding, advertising, packaging, posters, social media, friendly, casual, modern, approachable, energetic, approachability, informality, headline emphasis, contemporary tone, rounded, soft, quirky, lively, smooth.
A slanted sans with rounded terminals, smooth curves, and a generally even stroke color that stays consistent across the alphabet and figures. The forms lean on circular geometry (notably in C/O/Q and the bowls of b/d/p) paired with slightly tapered joins that keep counters open and readable. Uppercase shapes are compact and clean, while lowercase has a simple, single-storey construction in a and g, plus a straightforward, uncluttered rhythm in text. Numerals follow the same rounded, informal structure, with clear silhouettes and minimal ornamental detail.
This style works well where a friendly, modern voice is needed—brand headlines, promotional graphics, packaging callouts, and social posts. It can also serve in short-to-medium text settings where an energetic, approachable italic is desirable, especially for emphasis and subheads.
The overall tone is warm and informal, combining a contemporary italic momentum with soft, friendly shapes. It feels conversational and upbeat rather than corporate or severe, giving copy a personable, easygoing voice.
The design appears intended to deliver a modern italic sans that feels inviting and smooth, balancing clean construction with rounded, informal details. Its consistent stroke and open counters suggest a focus on legibility while maintaining a casual, personable character.
The italic angle is steady and the curves stay well-controlled, helping longer lines keep a consistent texture. Rounded corners and soft terminals reduce sharpness, which supports a relaxed, human feel even at larger sizes.