Print Suny 5 is a very bold, normal width, medium contrast, upright, normal x-height font visually similar to 'Panton Rust' by Fontfabric, 'Montio' by Katatrad, 'Tinta' and 'Tinta Arabic' by NamelaType, and 'Meltow' by Typesketchbook (names referenced only for comparison).
Keywords: posters, headlines, packaging, kids, comics, playful, friendly, bouncy, casual, quirky, approachability, whimsy, hand-drawn feel, display impact, informality, rounded, chunky, soft, irregular, cartoony.
A chunky, rounded print style with heavy strokes and soft terminals. Letterforms show gentle irregularities in curvature and stroke edges, giving a hand-drawn feel while keeping consistent overall proportions. Counters are compact and often slightly asymmetric, and curves dominate over sharp corners; where angles appear (such as in V/W/X), they are blunted and lively rather than geometric. Spacing reads as open and readable at display sizes, with a subtly uneven rhythm that reinforces the informal construction.
Best suited for short, high-impact text where warmth and personality are desired—posters, titles, social graphics, packaging callouts, and youth-oriented or whimsical branding. It also works well for stickers, labels, and event signage where a casual hand-lettered presence improves approachability.
The font projects a lighthearted, approachable tone with a buoyant, cartoon-like energy. Its soft shapes and slightly imperfect details feel personable and warm, suggesting handwritten signage rather than polished corporate typography.
Likely designed to deliver an easygoing, hand-drawn print look that stays legible while adding charm and character. The emphasis appears to be on friendly display readability and an intentionally imperfect, human rhythm rather than strict geometric precision.
Uppercase forms are broad and sturdy with rounded shoulders, while lowercase maintains a simple, print-like construction (single-storey a and g) that supports an informal voice. Numerals are bold and friendly, with rounded joins and noticeable personality in curves and hooks.