Sans Other Budan 3 is a bold, normal width, medium contrast, upright, normal x-height font.
Keywords: headlines, posters, packaging, branding, editorial display, playful, quirky, retro, friendly, punchy, distinctiveness, approachability, impact, retro flavor, rounded, angled cuts, lively rhythm, soft corners, irregular terminals.
A heavy, rounded sans with soft, bulbous curves paired with sharp, angled cuts at many terminals. Strokes maintain a broadly even thickness while the outlines show lively, slightly irregular shaping that creates a bouncy rhythm across words. Bowls and counters tend to be open and generous, while joins and stroke endings often taper into wedge-like facets rather than flat or fully rounded terminals. The overall texture is energetic and compact, with strong silhouettes and noticeable character-to-character variation that keeps lines of text visually animated.
Best suited for display typography such as headlines, posters, packaging, and brand marks where an energetic, friendly voice is desired. It can work for short editorial callouts or titles, especially at medium to large sizes where the angled terminals and rounded bowls remain clear.
The font conveys a playful, quirky tone with a retro-cartoon sensibility. Its rounded forms feel approachable, while the slanted cuts and uneven rhythm add a mischievous, handcrafted flavor. The result is upbeat and attention-grabbing without becoming overly decorative.
The design appears intended to be a characterful sans that stands apart from neutral grotesks by mixing rounded geometry with intentionally faceted stroke endings. It prioritizes personality and immediate recognizability, aiming for strong silhouettes and a lively reading rhythm in display settings.
Capitals show simple geometric construction with expressive details, and the numerals share the same faceted terminal language, helping headings and short phrases feel cohesive. In longer text, the distinctive wedge cuts and bouncing shapes become a defining texture, so spacing and sizing choices will strongly influence the perceived smoothness.