Sans Contrasted Voli 8 is a very bold, normal width, medium contrast, italic, normal x-height font visually similar to 'Koning Display' by LucasFonts, 'Artigua' by Picador, 'Clear Gothic Serial' by SoftMaker, 'Newbery Sans Pro' by Sudtipos, 'Indecise' by Tipo Pèpel, and 'TS Clear Gothic' by TypeShop Collection (names referenced only for comparison).
Keywords: headlines, posters, branding, packaging, sportswear, sporty, energetic, assertive, modern, playful, impact, motion, emphasis, display, attention, oblique, rounded, soft corners, bulky, high impact.
A heavy, right-leaning sans with broad, rounded forms and subtly sheared terminals. Strokes are thick with modest modulation, producing a slightly sculpted feel rather than a purely monoline build. Counters are relatively open for the weight, and curves are full and smooth, giving letters a compact, sturdy silhouette. The overall rhythm is forward-driving, with consistently angled stems and a strong baseline presence.
Best suited to short, high-impact text such as headlines, posters, logos, and packaging callouts where the bold italic presence can carry the design. It can work effectively for athletic or event branding, promotional graphics, and social media titles, especially when set with generous spacing and strong contrast against the background.
The tone reads energetic and extroverted—confident without feeling harsh. Its soft, rounded geometry keeps the boldness approachable, suggesting motion and momentum rather than formality. The italic slant adds urgency and a sporty, contemporary voice.
The design appears intended to deliver maximum impact with a sense of movement, combining a robust sans structure with a forward slant and softened contours. It aims to be attention-grabbing and legible at display sizes while maintaining a friendly, contemporary edge.
Uppercase and lowercase share a cohesive, simplified construction that favors strong silhouettes at a distance. Numerals match the same bold, rounded language and hold up well in display settings, with clear differentiation between shapes despite the weight.