Print Ihkar 6 is a bold, normal width, high contrast, italic, short x-height font.
Keywords: posters, branding, packaging, social media, headlines, expressive, casual, energetic, handmade, playful, brush lettering, casual emphasis, handmade voice, display impact, brushy, slanted, bouncy, textured, rounded.
An expressive brush-style script with a consistent rightward slant and lively, variable stroke weight. Letterforms are built from tapered, pressure-like strokes that create sharp entry/exit terminals and occasional ink-like thickening, giving the shapes a dynamic, calligraphic rhythm. Proportions are compact with relatively short lowercase bodies and prominent ascenders/descenders, while counters stay open enough for words to remain readable. Capitals are bold and swooping, and the overall set keeps a deliberately informal, hand-drawn regularity rather than mechanical uniformity.
Well-suited for display applications such as posters, short headlines, product packaging, and brand accents where an expressive handwritten voice is desired. It also works effectively in social graphics and quotes, but is less appropriate for long paragraphs or small UI text due to the energetic stroke contrast and tight lowercase proportions.
The font feels upbeat and personal, like quick brush lettering made for attention-grabbing phrases. Its energetic contrast and swooping forms suggest spontaneity and confidence, lending a friendly, slightly dramatic tone that reads as creative and human rather than polished or corporate.
The design appears intended to replicate fast, confident brush lettering in a printable, repeatable form—capturing pressure-driven contrast, slanted momentum, and a casual, handmade feel for attention-forward typography.
Curves and joins show subtle texture and tapering that mimic a real brush, and several letters have distinctive, simplified constructions that emphasize motion over strict consistency. The numerals match the same slanted, brushy treatment and hold up best at display sizes where the stroke modulation and terminals can be appreciated.