Outline Mihi 6 is a very light, normal width, low contrast, upright, normal x-height font.
Keywords: display, headlines, posters, ui labels, branding, techy, futuristic, retro, geometric, schematic, tech styling, display impact, geometric system, wireframe look, retro futurism, rectilinear, monoline, angular, squared, stencil-like.
A rectilinear outline design built from thin, monoline contours with squared corners and occasional chamfered or notched joins. The forms rely on boxy geometry and open apertures, with counters defined by inner outlines rather than filled strokes, creating a wireframe effect. Proportions feel modular and grid-friendly, with compact curves translated into angled segments (notably in bowls and diagonals) and a consistent, mechanical rhythm across capitals, lowercase, and figures.
This font is best suited to display settings such as headlines, posters, packaging accents, and branding where a futuristic or technical voice is desired. It can also work for UI labels, diagrams, and wayfinding-style titling when set at sufficiently large sizes to preserve the clarity of its thin outlines.
The overall tone is technical and schematic, like labeling on instruments, circuitry, or a sci‑fi interface. Its clean, hollow construction reads cool and controlled, with a subtle retro-digital flavor that suggests arcade, industrial, or blueprint aesthetics rather than warmth or calligraphic expression.
The design appears intended to translate a geometric, modular skeleton into a readable alphabet, emphasizing outline construction and squared-off anatomy. It prioritizes a distinctive, engineered look that evokes digital hardware and technical drawing conventions while remaining consistent across the character set.
Legibility is driven more by distinctive silhouettes than by stroke mass, so the design reads best when size and spacing give the outlines room to breathe. Several glyphs incorporate small cut-ins and straight-sided bowls, reinforcing a constructed, engineered feel and a strong sense of alignment to vertical/horizontal axes.