Sans Faceted Idmih 1 is a very light, normal width, low contrast, upright, normal x-height font.
Keywords: display, headlines, logotypes, branding, posters, futuristic, technical, geometric, architectural, precision, geometric styling, futuristic tone, technical clarity, distinct identity, angular system, faceted, angular, monoline, linear, crisp.
This typeface is built from thin, monoline strokes with sharp corners and deliberate planar facets replacing curves. Round characters like O, C, and G resolve into multi-sided polygonal forms, while diagonals in A, V, W, and X are straight and clean, giving the design a taut, engineered rhythm. Counters are generally open and geometric, terminals are square-cut, and the overall construction feels grid-aware, with consistent stroke behavior across uppercase, lowercase, and numerals.
Best suited for display settings where the faceted construction can be appreciated: headlines, logotypes, brand marks, posters, and tech-forward packaging. It can also work for UI titles, data-viz labels, and environmental signage when used at sufficiently large sizes and with ample tracking.
The overall tone is cool, precise, and forward-looking, with a distinctly technical feel. Its faceted geometry suggests instrumentation, schematic labeling, and digital interfaces, while the extreme lightness keeps it airy and modern rather than heavy or industrial.
The design appears intended to translate geometric, polygonal construction into a clean sans structure, offering a contemporary alternative to rounded geometrics. By systematically substituting curves with planar facets and keeping strokes extremely light, it aims to communicate precision and a futuristic, engineered aesthetic without adding decorative flourishes.
The faceting is most pronounced in the rounded forms and in numerals like 0, 6, 8, and 9, which read as polygonal rings. Lowercase forms maintain the same angular logic, producing a cohesive system that looks intentionally mechanical; at smaller sizes the thin strokes and tight corners may benefit from generous spacing and clean rendering contexts.