Sans Faceted Omne 9 is a regular weight, normal width, monoline, upright, normal x-height font visually similar to 'Nodami' by Peninsula Studioz (names referenced only for comparison).
Keywords: fantasy titles, game ui, logo marks, posters, album covers, medieval, gothic, armored, gamey, ritual, historic evocation, display impact, geometric stylization, emblematic clarity, angular, faceted, chiseled, octagonal, monolinear.
A sharply angular display face built from straight, faceted strokes that substitute planar corners for curves. Terminals are consistently clipped into diagonal cuts, producing an octagonal rhythm across bowls and joints (notably in O, C, G, and the rounded lowercase). Stems keep an even stroke presence with small spur-like notches at some joins, and counters tend toward polygonal shapes. Proportions are compact and upright, with slightly condensed-feeling capitals and a lowercase that stays sturdy and open at text sizes while preserving the hard-edged geometry.
Best suited to short-to-medium settings where its angular texture can be a feature: fantasy or medieval-themed titles, game UI headings, brand marks for breweries/metal bands, and event posters. It can work for brief emphasis text, but long-form reading will appear busy because the faceted terminals create a strong repeating rhythm.
The overall tone is historic and armored, echoing blackletter and stone-carved lettering without the calligraphic modulation. Its faceted construction feels assertive and ceremonial, lending a fantasy, tabletop, or RPG flavor that reads as dramatic and slightly archaic rather than neutral.
The design appears intended to deliver a modern, geometric take on gothic/blackletter cues—retaining the historic attitude while simplifying forms into crisp, consistent facets for bold display impact and easy reproduction.
Numerals follow the same beveled logic and remain highly stylized, with strong diagonal cuts that can make them feel emblematic. The texture in paragraphs becomes distinctly patterned due to repeated angled terminals, so spacing and line length will noticeably affect the perceived density.