Sans Other Giha 12 is a very bold, wide, medium contrast, upright, tall x-height font.
Keywords: headlines, posters, packaging, logotypes, branding, playful, chunky, retro, friendly, quirky, display impact, distinctiveness, retro flavor, playful branding, rounded, soft corners, bulbous, compact counters, stencil-like cuts.
A heavy, rounded sans with broad proportions and tightly enclosed counters. The forms are built from chunky, geometric volumes with softened corners and a slightly irregular, hand-cut rhythm across the alphabet. Many glyphs feature distinctive slit-like openings or notches (especially noticeable in curves and bowls), creating a subtle stencil-like feel and strong internal negative-space shapes. Stroke joins are blunt and confident, with minimal modulation and a consistently dense color that emphasizes silhouette over detail.
Best suited to display settings where bold silhouettes and quirky details can be appreciated, such as posters, headlines, packaging, badges, and logo wordmarks. It can also work for short, energetic subheads or pull quotes, but the dense counters and decorative cuts make it less ideal for extended text or small UI sizes.
The overall tone is bold, humorous, and attention-grabbing, with a retro display energy that feels a bit toy-like and mischievous. The notched details add character and a crafted, cut-paper personality, keeping it from reading as purely geometric or utilitarian. It projects friendliness and pop impact more than neutrality or restraint.
Likely designed as a characterful, high-impact display sans that maximizes visual mass while maintaining a soft, approachable feel. The consistent notches and slit counters suggest an intention to add memorable, signature details that differentiate it from standard geometric bolds.
Round letters like O, Q, and G rely on distinctive inner apertures that become part of the identity, while straight-sided letters keep a blocky, poster-like stance. Numerals match the same chunky construction, producing strong, graphic shapes that prioritize presence over fine differentiation at small sizes.