Sans Faceted Kavy 9 is a very bold, very wide, low contrast, upright, normal x-height font.
Keywords: headlines, posters, logos, gaming, sports branding, futuristic, techno, industrial, aggressive, mechanical, sci‑fi branding, impact titling, industrial styling, interface look, angular, faceted, octagonal, blocky, squared terminals.
A heavy, horizontally extended sans with sharp planar facets replacing curves. Strokes are consistently thick and geometric, with chamfered corners, squared terminals, and frequent use of octagonal “O”-like counters. Many letters use cut-in notches and stepped apertures, and several glyphs feature internal horizontal splits or inline-like gaps that create a layered, engineered feel. Diagonals are crisp and prominent (notably in A, K, V, W, X, Y), while bowls and rounds are built from straight segments, producing a rigid, modular rhythm across caps, lowercase, and numerals.
Best suited for display typography where its faceted construction and strong silhouette can read clearly: headlines, posters, esports and gaming UI, tech product branding, and futuristic packaging. It can also work for short labels or navigation in interface mockups when ample tracking and size are available.
The overall tone is sci‑fi and machine-made, evoking interfaces, hardware markings, and high-impact action titling. Its hard angles and segmented detailing feel assertive and technical, with a slightly militaristic, industrial edge.
The design appears intended to translate a bold geometric sans into a faceted, machined aesthetic, prioritizing impact and a distinctive sci‑fi voice over neutrality. The repeated chamfers and segmented interior cuts suggest a deliberate “engineered” motif meant to create a recognizable brand texture.
Texture is strong and graphic, especially where the inline gaps appear (e.g., E/S-like forms and some numerals), which can create a striped effect in dense settings. The wide stance and squared geometry emphasize horizontal flow, while the faceting keeps counters open enough to maintain recognizability at display sizes.