Font Hero

Sans Faceted Egpi 7 is a very bold, normal width, low contrast, italic, tall x-height font visually similar to 'Hyper Super' by Bisou, 'Lobby Card JNL' and 'Outdoor Cafe JNL' by Jeff Levine, 'Monton' by Larin Type Co, and 'Refuel' by Typodermic (names referenced only for comparison).

Keywords: sports branding, esports, posters, headlines, logos, sporty, futuristic, aggressive, industrial, techy, impact, speed, modernity, precision, angular, chiseled, slanted, blocky, compact.

This typeface is built from hard-edged, faceted forms that replace curves with straight segments and clipped corners. Strokes are heavy and uniform, with a consistent rightward slant that creates a forward-leaning rhythm across words. Counters are tight and polygonal, terminals are sharply cut, and many joins resolve into beveled angles that emphasize a machined, constructed feel. The lowercase is tall and sturdy with short extenders, while numerals follow the same blocky, octagonal logic for a cohesive set.

Best suited for display use such as sports and esports identities, athletic apparel graphics, action-themed posters, packaging, and punchy editorial or web headlines. It can also work well for logotypes and short, high-impact UI labels where a dynamic, technical tone is desired.

The overall tone is fast, forceful, and modern, evoking performance branding and engineered surfaces. Its sharp facets and pronounced slant convey motion and impact, giving headlines a competitive, high-energy voice with a distinctly technical edge.

The design appears intended to deliver maximum impact through weight and motion, using beveled facets to suggest speed and industrial precision. Its consistent slant and geometric construction prioritize strong word shapes and an assertive presence in branding and promotional typography.

The faceting is applied consistently across rounds (like O/C/G) and diagonals (like K/V/W/X), which helps maintain a strong silhouette in all-caps settings. The density and tight apertures favor bold statements over long-form reading, especially at smaller sizes where internal shapes can close up.