Sans Faceted Rysi 3 is a bold, normal width, low contrast, italic, normal x-height font.
Keywords: posters, headlines, logos, packaging, gaming, edgy, energetic, comic, streetwise, rebellious, display impact, handmade feel, motion emphasis, edgy branding, angular, faceted, chiseled, slanted, jagged.
A sharply faceted, angular sans with a consistent rightward slant and a hand-cut, planar construction. Curves are replaced by straight segments and clipped corners, producing irregular interior counters and pointed joins. Strokes stay largely uniform, while glyph widths vary noticeably, giving the line a lively, uneven rhythm. The lowercase is compact with simple, single-storey forms, and the figures match the same cut-from-polygons logic for a cohesive texture.
Best suited for display typography where a sharp, high-impact voice is needed—posters, headlines, event graphics, album art, and bold brand marks. It also fits energetic contexts like gaming, streetwear, or action-themed packaging where angular motion and texture are desirable. For longer passages, it works most effectively in short bursts or larger sizes where the facets and internal shapes remain clear.
The overall tone feels edgy and kinetic, like hand-made lettering built from shards or folded strips. Its jittery rhythm and sharp terminals read as playful but aggressive, lending a mischievous, rebellious character. The style suggests motion and attitude more than refinement, making it attention-grabbing and expressive.
The design appears intended to translate a hand-drawn, cut-paper or chiseled aesthetic into a coherent alphabet, emphasizing angular facets and forward-leaning motion. It prioritizes personality and visual punch, aiming for a distinctive texture in titles and branding rather than neutral text readability.
Spacing and proportions appear intentionally uneven, with frequent diagonal cuts that create a rough, energetic silhouette across words. The strong slant and angularity increase visual momentum in longer text, while the faceted counters can become dense at smaller sizes, favoring display settings.