Print Pikeb 6 is a very bold, narrow, high contrast, upright, short x-height font.
Keywords: posters, packaging, social media, menus, branding, friendly, playful, casual, handmade, energetic, handmade feel, headline impact, casual clarity, brush texture, brushy, textured, rounded terminals, organic, bouncy.
The letterforms are built from thick, brush-like strokes with visible pressure changes that create strong thick–thin contrast. Edges are softly irregular and slightly wobbly, reinforcing an organic, drawn-by-hand texture. Terminals are rounded and often taper or flare, and the overall rhythm is compact with tight internal counters in many glyphs. Forms stay mostly upright but vary naturally from character to character, with a mix of simplified shapes and occasional quirky details (like lively descenders and varied crossbar treatments).
It works best for short, attention-grabbing copy such as posters, packaging, cafe menus, social graphics, stickers, and playful branding. The weight and texture also suit quotes, titles, and event promotions where a hand-painted feel is desirable. For longer passages or small sizes, the dense strokes and tight counters may benefit from generous tracking and leading.
This font feels lively and handcrafted, with an easygoing, friendly tone. The brushy texture and bouncy rhythm give it a casual, personal voice that reads as warm rather than formal. Its bold presence adds confidence and a bit of playful swagger in headlines.
The design appears intended to simulate confident brush lettering in a consistent, typeset form. It prioritizes an expressive, handmade texture and strong visual impact over strict geometric regularity, aiming to keep text feeling personal and informal while remaining legible at display sizes.
Ascenders and descenders are prominent and add a lively vertical cadence, while punctuation and numerals maintain the same brush-built character. The sample text shows the font holding together well in mixed-case settings, with a consistently inky color and noticeable stroke modulation across the line.