Sans Normal Vulan 4 is a bold, normal width, low contrast, upright, normal x-height font visually similar to 'FF Infra' by FontFont, 'Mundial Narrow' by TipoType, and 'TT Commons™️ Pro' by TypeType (names referenced only for comparison).
Keywords: headlines, branding, packaging, posters, signage, friendly, modern, approachable, clean, confident, approachability, clarity, modern branding, display impact, rounded, soft corners, geometric, compact, high legibility.
This typeface is a rounded, geometric sans with sturdy, even stroke weight and softly finished terminals. Curves are broad and circular (notably in C, G, O, and the bowls of B/P/R), while straight strokes keep a stable, contemporary rhythm. Uppercase forms are compact and consistent, and the lowercase shows single-storey a and g with simple, open construction. Counters are generous for the weight, and joins and curves are smoothed to avoid sharpness, giving the overall texture a solid, uniform color in text.
It performs best in display and headline settings where its rounded geometry can read as warm and contemporary—such as brand wordmarks, packaging, posters, and retail or wayfinding signage. The even, compact letterforms also suit short UI labels and callouts where clarity and a friendly voice are desired.
The overall tone is friendly and modern, with a welcoming softness that still reads as confident and straightforward. Its rounded finish reduces severity, making it feel approachable for consumer-facing messaging and clear, upbeat communication.
The design appears intended to deliver a contemporary sans voice that balances strong presence with approachable softness. By combining geometric structure with rounded terminals and open counters, it aims for high-impact readability while maintaining a personable, consumer-friendly character.
Distinctive cues include a single-storey “a” and “g,” a short, sturdy “t” with a compact crossbar, and a “1” with a small angled head. Numerals are bold and highly readable, with rounded shapes in 0/6/8/9 and clear differentiation at display sizes.