Outline Mybi 6 is a very light, normal width, low contrast, upright, normal x-height font.
Keywords: headlines, posters, logotypes, packaging, signage, technical, retro, architectural, futuristic, clean, display outline, technical flavor, geometric clarity, graphic impact, monoline, rounded, square, stencil-like, inline.
A monoline outline sans with squared proportions and generously rounded corners. The design draws letters with a double-path feel: an outer contour paired with an inner parallel line that creates a narrow open channel, producing consistent hollow strokes across the set. Curves are softened into squarish arcs, terminals are clean and mostly orthogonal, and diagonals (A, K, V, W, X, Y, Z) are crisp and evenly tensioned. Counters are open and geometric, and figures are similarly squared with rounded rectangles for 0/8/9 and angular construction for 4/7.
Best suited for display settings where the outlined construction can read clearly—headlines, posters, branding marks, packaging titles, and signage. It also works well for tech-themed graphics, UI mockups, and illustrative typography where a light, structural outline is desired.
The overall tone feels engineered and schematic, like lettering meant for diagrams, UI frames, or product surfaces. Its outlined construction and rounded-square geometry give it a retro-futurist flavor—clean and precise rather than expressive or handwritten.
The font appears designed to deliver a distinctive outlined, rounded-square geometric voice that reads as modern-industrial and highly legible at display sizes. The consistent parallel contours suggest an intention to feel systematic and constructed, evoking technical labeling and retro digital aesthetics.
Because the strokes are outlines with internal negative space, the perceived weight is highly dependent on background and rendering size; small sizes may lose clarity while larger settings emphasize the graphic, sign-like structure. The sample text shows even rhythm and spacing, with the outline channel staying consistent across straight and curved forms.