Print Baroy 6 is a very light, narrow, low contrast, upright, normal x-height font.
Keywords: display, headlines, posters, logos, packaging, geometric, technical, futuristic, schematic, minimal, geometric system, sci-fi styling, constructed lettering, distinctive display, monoline, angular, octagonal, wireframe, linear.
This font is built from very thin, monoline strokes with consistent weight and a distinctly angular, faceted construction. Curves are largely replaced by chamfered corners and octagonal-like turns, giving counters and bowls a polygonal, wireframe feel. The rhythm is clean and measured, with open apertures, restrained terminals, and simple join logic that reads like continuous pen or plotted line work. Uppercase and lowercase share a cohesive geometry, and numerals follow the same straight-stem, cornered approach for a uniform, systematized texture in text.
Best suited to display contexts where the angular construction can be appreciated—headlines, posters, logos, and short branding phrases. It also works well for tech-leaning labels, UI mockups, or product packaging where a schematic, geometric flavor is desired, rather than for dense body text.
The overall tone feels technical and futuristic, like a schematic label set or a minimalist sci‑fi interface. Its airy stroke weight and geometric discipline create a cool, precise voice that can also read as playful in short phrases due to the distinctive polygonal letterforms.
The letterforms appear intentionally drawn from a limited geometric toolkit—straight lines and consistent corner angles—to create a coherent, constructed aesthetic. The design prioritizes a distinctive polygonal silhouette and a clean, diagram-like texture over traditional calligraphic modulation.
The design relies on consistent angles and straight segments, producing a crisp, constructed look that stays recognizable across both cases. In longer text, the thin strokes and open shapes keep the page light, while the faceted forms add a noticeable, stylized sparkle that may become dominant at smaller sizes.