Sans Faceted Itri 6 is a light, wide, medium contrast, italic, normal x-height font.
Keywords: headlines, posters, branding, sports, tech ui, futuristic, technical, angular, dynamic, aerodynamic, sci-fi feel, speed emphasis, geometric system, display impact, technical clarity, faceted, chamfered, geometric, oblique, monolinear-ish.
A sharply faceted, oblique sans with straight strokes and clipped corners that substitute for curves. The design uses consistent chamfers at terminals and joints, creating a planar, beveled feel across rounds and diagonals alike. Proportions run generously horizontal, with open counters and a taut rhythm that stays crisp in both uppercase and lowercase. Numerals follow the same cut-corner logic, with angular bowls and diagonals that keep the texture even in sequences.
Best suited to display settings such as headlines, posters, and identity work where the angular styling can be a feature. It also fits tech and gaming interface treatments, esports/sports graphics, and product packaging that benefits from a fast, engineered look. For longer copy, it works most comfortably at larger sizes where the facets remain legible and intentional.
The overall tone is futuristic and technical, suggesting speed, machinery, and digital interfaces. Its slanted stance and hard-edged construction read energetic and purposeful rather than casual, with a slightly industrial, sci‑fi flavor.
Likely designed to translate a geometric sans into a faceted, cut-metal aesthetic while maintaining readable, contemporary proportions. The consistent chamfer system and oblique momentum suggest an emphasis on speed and precision, aiming for a modern, high-tech voice without decorative add-ons.
Round letters (like O/C/G and their lowercase counterparts) are built from straight segments, giving them an octagonal silhouette. Diagonal strokes are prominent and clean, and many terminals end in consistent wedge-like cuts that reinforce the faceted theme. The sample text shows clear word shapes but a distinctly stylized texture due to the repeated chamfers and oblique stress.