Sans Faceted Egpi 8 is a very bold, normal width, low contrast, italic, tall x-height font visually similar to 'Double Back' and 'Ultimatum MFV' by Comicraft and 'Caverson' by Letterena Studios (names referenced only for comparison).
Keywords: sports branding, esports, posters, headlines, packaging, aggressive, sporty, futuristic, industrial, dynamic, impact, speed, machined look, display emphasis, angular, faceted, slanted, compact, blocky.
A heavy, forward-slanted sans with crisp, planar cuts that replace curves with angled facets. Letterforms are built from broad, straight strokes and sharp corners, producing a chiseled silhouette with small counters and minimal curvature. Proportions feel compact with a pronounced, tall lowercase structure, while terminals and joins are consistently beveled for a mechanical, cut-metal look. Numerals and capitals share the same hard-edged geometry, keeping a uniform, high-impact rhythm across lines.
Best suited for display applications where impact and speed are desirable: sports and esports identity, event posters, apparel graphics, product packaging, and bold hero text in UI or promotional layouts. It also fits sci‑fi or industrial-themed projects where angular, machined forms reinforce the concept.
The overall tone is fast, forceful, and performance-driven, evoking motorsport graphics, arcade-era display lettering, and tactical/industrial labeling. Its sharp facets and strong slant communicate motion and intensity, reading as confident and assertive rather than friendly or conversational.
The design appears intended to deliver maximum punch and motion through a steep slant and faceted, engineered geometry. By standardizing beveled terminals and reducing curvature, it aims for a cohesive, high-energy voice that holds up in large, attention-grabbing settings.
Diagonal strokes and beveled corners create distinctive internal angles in counters (notably in letters with bowls), which boosts character but can reduce clarity at smaller sizes. The strong oblique angle and dense black mass make it most effective when given generous tracking and used in short bursts rather than long passages.