Print Rehy 2 is a very bold, narrow, low contrast, italic, normal x-height font visually similar to 'Formata' by Berthold, 'Broadside' by Device, 'Popular Vote' by Hanoded, 'Neusa Neu' by Inhouse Type, 'Fact' by ParaType, 'PF DIN Text' by Parachute, 'Red Top' by Studio K, and 'Tolyer' by Typesketchbook (names referenced only for comparison).
Keywords: posters, headlines, sports branding, apparel, packaging, sporty, retro, punchy, playful, energetic, impact, motion, display, informality, compactness, oblique, condensed, chunky, rounded, slanted.
A heavy, slanted print face with compact, condensed proportions and a lively, hand-drawn rhythm. Strokes are thick and largely monoline, with subtly tapered joins and rounded terminals that keep counters open despite the weight. Shapes lean forward consistently, mixing squared shoulders with soft curves and occasional wedge-like endings; spacing is tight and the overall silhouette feels muscular and compressed.
Best suited to short, high-impact settings such as posters, headlines, sports or event branding, apparel graphics, and bold packaging callouts. It performs well when set large, where the condensed width and thick strokes can deliver strong presence without requiring excessive line length.
The tone is energetic and confident, with a sporty, poster-like punch that reads as bold and informal. Its forward slant and chunky forms give it a dynamic, action-oriented feel, while the slightly irregular, drawn quality keeps it friendly and approachable.
The design appears intended to provide an expressive, hand-printed alternative to typical condensed bold italics—prioritizing momentum, compactness, and visual punch for display typography. Its consistent slant and simplified, sturdy shapes suggest a focus on energetic branding and attention-grabbing titles.
Uppercase forms are compact and assertive, while lowercase keeps a simple printed construction with rounded bowls and short extenders. Numerals match the same stout, angled style and are designed for impact rather than delicate differentiation at small sizes.