Sans Faceted Nivi 5 is a bold, narrow, low contrast, upright, normal x-height font.
Keywords: headlines, posters, logos, sports branding, gaming ui, industrial, futuristic, athletic, technical, assertive, impact, modernization, tech aesthetic, branding focus, signage clarity, faceted, angular, octagonal, blocky, monolinear.
A compact, heavy sans with sharply faceted, planar cuts that replace curves with chamfered corners and straight segments. Strokes read as essentially monolinear, producing a crisp, stencil-less block rhythm with clean interior counters and squared terminals. The geometry leans octagonal in rounds like O, C, and G, while diagonals (V, W, Y) stay steep and tightly spaced, giving the face a dense, vertical texture. Numerals and capitals share the same clipped-corner construction, maintaining a consistent mechanical silhouette across the set.
Best suited for headlines, branding marks, and short display lines where its sharp facets and dense rhythm can carry a strong visual identity. It also fits industrial or technical packaging, signage-style graphics, and interface titling for games or sci‑fi themed projects where a mechanical, angular voice is desired.
The overall tone is utilitarian and high-impact, with a machine-made, engineered feel. Its faceted construction evokes sci‑fi interfaces and industrial labeling, while the compact width and hard angles add a sporty, competitive energy suited to display-driven messaging.
The font appears designed to deliver a modern, hard-edged display look by translating traditional sans structures into a faceted, chamfered geometry. Its consistent corner treatment and compact proportions suggest an emphasis on impact, clarity at display sizes, and a cohesive techno-industrial aesthetic across letters and numerals.
The design relies on repeated chamfers at corners and joins, which creates strong pixel-like facets without becoming truly grid-based. Letterforms remain highly geometric, and the tight openings in some shapes favor short, punchy words over long passages at small sizes.