Print Osdar 1 is a regular weight, very narrow, medium contrast, italic, short x-height font.
Keywords: posters, social graphics, packaging, headlines, quotes, casual, friendly, energetic, handmade, lively, handwritten voice, casual display, quick brush feel, approachable tone, brushy, slanted, expressive, rounded, textured.
A casual handwritten print with a consistent rightward slant and brush-pen modulation. Strokes show medium contrast with slightly tapered entries and exits, producing a lightly textured, marker-like edge rather than perfectly smooth geometry. Letterforms are narrow and upright-to-slanted, with open counters and rounded turns; terminals often end in soft flicks that add motion. Spacing feels naturally irregular in a controlled way, giving lines a lively rhythm while maintaining clear word shapes in running text.
This font suits short-to-medium display settings where an authentic handwritten voice is desired, such as posters, social media graphics, packaging callouts, and quote treatments. It can also work for informal headings and subheads in editorial or web layouts, especially when you want a quick, personal tone without fully connected script behavior.
The overall tone is informal and personable, like quick note-taking or a confident handwritten caption. Its energetic slant and brisk stroke endings create a sense of momentum, while the rounded forms keep it approachable rather than edgy. The impression is modern-casual and conversational.
The design appears intended to capture the speed and spontaneity of brush handwriting while staying readable in continuous text. By balancing narrow proportions, a steady slant, and moderate stroke modulation, it aims to deliver an expressive, everyday handwritten look that feels consistent across letters and numbers.
Capitals are simple and readable with a hand-drawn feel, and the numerals match the same brushed cadence. The design favors legibility over ornate calligraphic flourishes, using restrained modulation and consistent stroke direction to keep text cohesive across longer samples.