Sans Other Orwa 7 is a very bold, very wide, low contrast, upright, tall x-height font.
Keywords: headlines, logos, posters, game ui, packaging, futuristic, industrial, techno, arcade, mechanical, impact, sci-fi feel, systematic geometry, branding edge, display clarity, angular, modular, geometric, beveled, squared.
A heavy, block-built sans with a modular, geometric construction and conspicuous chamfered corners. Strokes are largely uniform and rectilinear, with squared counters and tight internal apertures that create a compact, stencil-like presence without actual breaks. Curves are minimized in favor of hard turns; round forms such as O and Q read as squared, while diagonals (notably in K, V, W, X, Y, Z) are cut as crisp wedges. The lowercase mirrors the uppercase’s architecture, with single-storey forms and short, squared terminals that keep the texture dense and highly graphic.
Best suited to short, high-impact settings such as headlines, titles, wordmarks, game or app UI labels, posters, and packaging where the angular forms can read as a deliberate stylistic choice. It also works well for signage-like applications and themed graphics that benefit from an engineered, futuristic voice.
The overall tone is assertive and machine-like, evoking sci-fi interfaces, industrial labeling, and retro arcade aesthetics. Its sharp bevels and squared geometry give it a tactical, engineered feel that reads as modern and purposeful rather than friendly or literary.
The font appears designed to translate a rigid, modular geometry into a cohesive sans intended for strong display presence. Its chamfered corners and squared counters suggest an aim to convey technology, durability, and speed while maintaining consistent, system-like letter construction across cases and numerals.
The design relies on distinctive corner cuts and notched joins as a unifying motif, giving letterforms a faceted, armored silhouette. In continuous text, the dense counters and strong horizontals produce a steady, rhythmic band of black that favors impact over long-form readability.