Sans Faceted Nify 1 is a bold, normal width, medium contrast, upright, tall x-height font.
Keywords: posters, headlines, packaging, logos, sports branding, industrial, tactical, athletic, techno, impactful, durability, precision, modernity, signage, brand impact, squarish, condensed, blocky, geometric, angular.
This typeface is built from compact, squared forms with chamfered corners and planar cuts that replace many curves. Strokes are heavy and mostly monolinear in feel, with tight, sturdy counters and short, flat terminals. The overall geometry leans rectangular and slightly condensed, producing a rigid rhythm and strong vertical presence. Numerals and capitals share the same faceted construction, and the lowercase follows suit with simple, reinforced shapes and minimal modulation.
Best suited for short, high-impact settings such as headlines, posters, labels, and packaging where the squared, faceted texture can carry a strong voice. It can also work for logos and wordmarks that benefit from a rugged, engineered feel. For extended reading, the dense interiors and rigid geometry may feel heavy, so it’s likely strongest when used in display roles.
The faceted, squared construction gives a utilitarian, engineered tone that feels tough and no-nonsense. It reads as modern and industrial, with associations that can skew toward athletic branding, tactical labeling, or tech-forward display use. The overall impression is assertive and functional rather than friendly or calligraphic.
The font appears designed to deliver a sturdy, contemporary display voice using geometric blocks and chamfered facets to suggest precision and durability. Its simplified, squared anatomy prioritizes bold silhouette recognition and a consistent industrial texture across uppercase, lowercase, and numerals.
The design favors hard edges and clipped joins, creating a consistent “machined” texture across lines of text. Apertures and counters are kept relatively tight, which increases density and weight on the page and strengthens the poster-like impact at larger sizes.