Font Hero

Sans Other Komom 6 is a regular weight, normal width, low contrast, italic, normal x-height font.

Keywords: headlines, posters, sports branding, tech ui, gaming, futuristic, technical, sporty, aggressive, angular, convey speed, signal tech, add edge, stand out, chiseled, faceted, slanted, geometric, sharp.

A slanted, angular sans with faceted strokes and frequent chamfered corners. The letterforms are built from straight segments with diagonal terminals, producing a crisp, cut-metal look rather than rounded curves. Counters tend toward polygonal shapes (notably in O/0 and D), and joins often feel segmented, reinforcing a constructed, mechanical rhythm. Spacing appears moderately open with a forward-leaning stance that keeps words moving, while numerals and capitals maintain consistent stroke thickness and a tightly controlled, geometric silhouette.

Best suited to short-to-medium display settings where its angular construction and forward slant can read clearly: headlines, posters, esports or sports branding, tech-themed interfaces, and gaming or sci‑fi packaging. It can work for subheads and callouts, but the strong styling is most effective when used sparingly rather than for dense body copy.

The overall tone reads fast and high-energy, with a tech-forward, motorsport-like attitude. Its sharp geometry and slanted posture suggest motion, precision, and a mildly aggressive edge, making it feel more like display typography than a neutral text face.

The design appears intended to deliver a modern, speed-oriented sans with a constructed, faceted aesthetic—prioritizing impact and motion over neutrality. Its consistent chamfers and diagonal terminals suggest an emphasis on a coherent futuristic voice for branding and display applications.

Distinctive diagonals and clipped terminals create strong directional emphasis across words, and the faceting gives even simple shapes a stylized, engineered personality. The design stays visually consistent across uppercase, lowercase, and figures, with a cohesive set of angles that ties the system together.