Sans Faceted Fipa 2 is a regular weight, normal width, low contrast, italic, normal x-height font.
Keywords: headlines, posters, logos, gaming, album art, futuristic, edgy, technical, aggressive, retro digital, sci‑fi styling, machined look, high impact, dynamic slant, angular, chiseled, faceted, geometric, sharp terminals.
An angular, faceted sans with an oblique (italic-like) forward slant and sharply cut planar joins in place of smooth curves. Strokes are built from straight segments with frequent chamfered corners, creating octagonal counters in rounded letters like O and Q and a consistently “cut metal” silhouette across the set. Terminals often finish in wedge-like points, and diagonals are prominent, giving letters a brisk, energetic rhythm. Proportions stay fairly even, with compact apertures and tight inner spaces that emphasize the crisp outline over open readability.
Best suited to display settings where its faceted construction and slanted momentum can carry a strong visual identity—headlines, posters, branding marks, gaming titles, and entertainment graphics. It will be most effective at medium-to-large sizes where the sharp corners and compact counters remain clear.
The overall tone feels bold and kinetic, with a techno-industrial edge—part sci‑fi interface, part arcade-era display. Its sharp facets and forward motion suggest speed, precision, and intensity, making it read as assertive and slightly aggressive rather than casual or friendly.
The design appears intended to translate a geometric sans into a sharp, planar language—replacing curves with facets to evoke machined surfaces and digital-era styling. The consistent oblique angle and pointed terminals aim to add motion and urgency while keeping the overall structure clean and sans-led.
The faceting is applied systematically, so even traditionally curved forms resolve into straight-edged geometry, which strengthens stylistic cohesion. The numerals follow the same chamfered construction, reinforcing a display-oriented voice and a strong silhouette at larger sizes.