Sans Normal Vedop 10 is a regular weight, narrow, low contrast, italic, normal x-height font visually similar to 'Neusa Neu' by Inhouse Type (names referenced only for comparison).
Keywords: branding, ui labels, posters, headlines, packaging, modern, sporty, friendly, dynamic, clean, modernity, momentum, approachability, clarity, versatility, rounded, monolinear, oblique, compact, smooth.
This typeface is a slanted, monolinear sans with compact proportions and broadly rounded corners. Strokes are smooth and even, with softly squared terminals and minimal contrast, creating a steady rhythm across words. Uppercase forms are streamlined and slightly condensed, while the lowercase keeps open counters and a straightforward, utilitarian construction; the single-storey a and g reinforce its contemporary, simplified feel. Numerals follow the same rounded, forward-leaning logic, with clear, uncomplicated silhouettes.
It works well for branding systems that want a modern, energetic tone, as well as posters and headlines where the forward motion reads clearly. The clean, rounded construction also suits UI labels, navigational elements, and product packaging that benefits from a friendly, efficient sans voice.
The overall tone is brisk and contemporary, with a subtle sporty flavor from the consistent forward slant and compact width. Rounded joins and softened corners keep it approachable rather than aggressive, making it feel friendly and practical. The voice reads as casual-modern—confident, efficient, and easygoing.
The design appears intended as a contemporary, italicized sans for concise messaging, pairing a streamlined, compact structure with softened geometry for approachability. Its consistent stroke and rounded finishing suggest a focus on clean reproduction and an energetic, modern rhythm in short to medium text.
The oblique angle is consistent across caps, lowercase, and figures, and the softened geometry helps prevent the slant from feeling sharp. Letterforms maintain clear differentiation at display sizes, with generous apertures supporting legibility despite the compact set width.