Sans Faceted Egde 1 is a very bold, normal width, low contrast, italic, normal x-height font visually similar to 'European Sans Pro' by Bülent Yüksel, 'Broadside' and 'Broadside Text' by Device, 'Anantason Reno' and 'Prachason Neue' by Jipatype, 'Core Sans E' by S-Core, and 'Fixture' by Sudtipos (names referenced only for comparison).
Keywords: sports branding, headlines, posters, apparel, gaming ui, sporty, aggressive, industrial, futuristic, tactical, high impact, speed cue, ruggedness, tech edge, display focus, angular, chiseled, faceted, oblique, blocky.
A heavy, oblique sans with sharply faceted construction that substitutes curves with planar cuts. Strokes are thick and largely uniform, with wedge-like terminals and clipped corners that create an octagonal, machined silhouette. Counters and apertures are compact, and the overall rhythm is dense and forward-leaning, emphasizing momentum over softness. Numerals and capitals share the same hard-edged geometry, producing a consistent, stencil-adjacent solidity without actual breaks.
Best suited to attention-grabbing display roles such as sports identities, event posters, esports or gaming overlays, team merchandise, and bold packaging or promo graphics. It can also work for short UI labels or badges when space is limited, provided sizes are large enough to keep the compact counters clear.
The tone is forceful and energetic, reading as sporty and tactical with a rugged, engineered edge. Its hard facets and forward slant suggest speed, impact, and competitiveness, lending a modern-industrial attitude to headlines.
The design appears intended to deliver a bold, fast, and durable voice using faceted geometry and an oblique stance. By replacing curves with angled cuts and keeping stroke weight robust, it aims to feel engineered and high-impact in branding and display settings.
The faceting is applied consistently across straight and curved forms, giving letters a cut-metal look. Tight internal shapes and the strong slant make it most legible at larger sizes, where the cornering and angled joins are clearly resolved.