Sans Normal Tybis 1 is a very bold, normal width, medium contrast, upright, normal x-height font visually similar to 'La Bisane' by Differentialtype, 'Epoca Classic' by Hoftype, 'Ragik Sans' by Hurufatfont, '19-PRA' by ILOTT-TYPE, 'JT Douro Sans' by JAM Type Design, 'Nirand' by Jipatype, 'Skeena' by Microsoft Corporation, and 'Blacker Sans Pro' by Zetafonts (names referenced only for comparison).
Keywords: headlines, posters, branding, packaging, signage, confident, friendly, modern, punchy, straightforward, impact, clarity, approachability, modernity, display, geometric, rounded, sturdy, clean, solid.
A heavy, geometric sans with strongly circular bowls and smooth, rounded curves balanced by flat, straight terminals. The strokes are consistently thick with modest contrast, producing compact counters and a dense, high-ink silhouette. Uppercase forms read as simple and stable, while the lowercase maintains clear, conventional structures with a single-storey “a” and a single-storey “g”. Numerals are bold and open enough to remain distinct, with rounded shapes and straightforward construction.
Best suited for headlines, short blocks of display text, and brand marks where weight and clarity are priorities. It also works well for packaging and signage that needs a bold, friendly presence, while longer reading passages may benefit from more generous tracking to reduce density.
The overall tone is direct and assertive, with a friendly warmth coming from the rounded geometry. It feels contemporary and accessible rather than technical, making statements that are clear and uncomplicated.
The design intent reads as a high-impact geometric sans meant to deliver modern, approachable emphasis. Its simplified shapes and sturdy stroke weight suggest it was drawn to stay legible and visually confident in large-scale or attention-grabbing applications.
Spacing appears slightly tight in text at larger sizes, creating a strong, blocky texture that emphasizes impact over airiness. Rounded letters like O/Q/C/S and the digit forms reinforce a cohesive geometric rhythm across the set.