Print Dalak 6 is a regular weight, narrow, medium contrast, upright, normal x-height font.
Keywords: posters, book covers, game ui, packaging, invitations, playful, storybook, medieval, hand-drawn, whimsical, handmade feel, decorative display, themed lettering, expressive texture, brushy, calligraphic, tapered, pointed, organic.
A lively hand-drawn print with brush-like strokes and pronounced tapering at terminals. Letterforms are generally condensed with tall ascenders and narrow counters, and widths vary noticeably from glyph to glyph, giving a naturally irregular rhythm. Strokes show subtle curvature and occasional angular notches, with wedgey, pointed ends that suggest a quick pen or brush lift. Rounded forms (like O and C) stay open and energetic rather than geometric, while verticals often lean toward slightly flared, chiseled-looking tops and bottoms.
This font works best for short to medium display settings such as posters, titles, book covers, game or fantasy-themed interfaces, and characterful packaging. It can also suit invitations or event materials where a hand-crafted, whimsical tone is desirable, while long passages of small text may feel busy due to the irregular rhythm and tapered details.
The overall tone feels playful and storybook, with a faint medieval or fantasy flavor created by the pointed, wedge-like terminals and narrow proportions. It reads as friendly and expressive rather than refined, lending a handmade charm that can feel theatrical or folkloric.
The design appears intended to capture the immediacy of hand-drawn lettering while remaining readable as an unconnected print face. Its narrow, tapered construction and pointed terminals aim to add narrative character—well-suited to themed, decorative typography rather than neutral text setting.
Uppercase and lowercase maintain a consistent hand-rendered texture, but with intentionally uneven details that keep lines of text lively. The numerals follow the same tapered, brushy construction, supporting display use where personality matters more than strict regularity.