Sans Faceted Lyke 4 is a bold, normal width, monoline, upright, normal x-height font.
Keywords: headlines, posters, branding, game ui, packaging, techno, industrial, arcade, futuristic, tactical, impact, systematic, sci-fi, machined, angular, chamfered, faceted, blocky, mechanical.
A heavy, geometric sans with sharp, faceted construction. Strokes maintain a consistent thickness and corners are frequently clipped into chamfers, creating octagonal counters and planar joins instead of smooth curves. The overall silhouette is compact and squared, with straight-sided bowls, short horizontal terminals, and a rhythmic, modular feel across uppercase, lowercase, and numerals. Apertures tend to be tight and forms lean toward rectangular geometry, giving the text a dense, engineered texture.
Well suited for display typography such as headlines, posters, logos, and product branding where its angular personality can lead the composition. It also fits interface-style applications—game UI, tech-themed graphics, labels, and signage—where geometric, cut-corner forms reinforce a digital or industrial aesthetic.
The faceted, chamfered shapes suggest a hard-edged, technical tone reminiscent of sci‑fi interfaces, arcade graphics, and industrial labeling. Its blocky presence feels assertive and utilitarian, with a modern, machine-made character rather than a humanist or calligraphic one.
The design appears intended to translate a clean sans structure into a faceted, machined vocabulary—replacing curves with crisp planes and chamfers to deliver a robust, futuristic voice. Consistent stroke weight and repeatable corner logic prioritize visual uniformity and impact in display-driven settings.
Numerals and rounded letters adopt the same cut-corner logic, producing consistent octagonal interiors and a cohesive, system-like look in continuous text. The sample text shows strong word-shape uniformity and clear letter separation at display sizes, while the tight interior spaces imply it will look most confident with generous tracking or at larger sizes.