Sans Faceted Wewo 2 is a very bold, very wide, high contrast, upright, normal x-height font.
Keywords: headlines, posters, logotypes, sports branding, game ui, industrial, sporty, arcade, sturdy, retro, impact, machined look, retro display, emblem style, attention grabbing, angular, chamfered, octagonal, blocky, compact counters.
A heavy, angular display sans built from straight strokes and sharp chamfered corners, with curves largely replaced by planar facets. Forms read as squarish and octagonal, with consistent clipped terminals and notched joins that create a crisp, mechanical rhythm. Counters are small and geometric (notably in O, D, P, R, and the numerals), and spacing is robust, favoring solid silhouettes over interior openness. The lowercase follows the same faceted construction, staying close in structure to the uppercase and maintaining a uniform, monolinear feel with abrupt, cut-off endings.
Best suited for large-scale display settings such as headlines, posters, packaging callouts, esports/sports branding, and game or tech-themed UI titling where bold, angular shapes are desirable. It can also work for short logo words or badges where the faceted construction becomes a recognizable signature.
The overall tone is tough and utilitarian, evoking industrial labeling, athletic numerals, and arcade-era display lettering. Its hard edges and compact apertures give it a no-nonsense, high-impact voice that feels energetic and slightly aggressive, with a nostalgic, game-title flavor when set in headlines.
The design appears intended to deliver maximum visual punch through faceted, engineered letterforms that stay legible while feeling rugged and stylized. By substituting curves with chamfers and keeping counters compact, it aims for a distinctive, emblem-like presence that holds up in strong, high-contrast applications.
Diagonal cuts are used as a recurring motif on corners and terminals, creating a consistent "machined" effect across letters and figures. The numerals match the caps in mass and geometry, supporting cohesive titling. Because many counters are tight and strokes are dense, it reads best at larger sizes where the internal shapes remain distinct.