Print Ufkaj 2 is a regular weight, very narrow, medium contrast, italic, short x-height font.
Keywords: headlines, posters, packaging, social media, greeting cards, friendly, casual, handmade, lively, quirky, hand-lettered feel, casual warmth, expressive display, personal tone, brushy, organic, playful, rhythmic, informal.
An informal handwritten print with a brush-pen feel, showing tapered entries and exits and gently fluctuating stroke widths. Letterforms are compact and upright-to-slightly slanted, with rounded turns, soft terminals, and occasional teardrop-like endings that suggest quick, confident writing. Curves and counters are moderately open, while stems can swell and narrow within a single stroke, creating an organic rhythm. Spacing and character widths vary noticeably, reinforcing a natural, hand-drawn texture rather than strict geometric regularity.
This font works best for short-to-medium display settings where a casual, personal tone is desired—such as posters, product packaging, café menus, social graphics, greeting cards, and invitations. It can also suit pull quotes or section headers where a handmade accent is needed, especially at larger sizes where its stroke texture and lively rhythm are most apparent.
The overall tone is friendly and approachable, with a lively, personal energy. Its slightly quirky proportions and spirited stroke motion give it a playful, conversational voice that feels more like a note or label than formal typography.
The design appears intended to capture the immediacy of hand lettering—quick, brushy strokes and naturally varied widths—while remaining legible and consistent enough for repeated use in branding and display text.
Uppercase forms read as simplified, marker-like capitals with minimal ornament, while lowercase keeps a bouncy baseline and distinctive looped shapes in letters like g and j. Numerals match the handwritten character, leaning toward simple, open forms that stay consistent with the brushy stroke behavior. The texture remains coherent across the set, but intentionally avoids mechanical uniformity.