Outline Tisa 3 is a very light, normal width, low contrast, upright, normal x-height font.
Keywords: headlines, posters, magazine, branding, packaging, elegant, airy, fashion, art deco, editorial, display impact, luxury tone, modern classic, lightness, monoline, outlined, hairline, high-waisted, refined.
A monoline outline serif with hairline contours and open interiors, creating a light, see-through texture. The letterforms are high-waisted with generous counters and smooth, rounded bowls, paired with crisp wedge-like serifs and occasional flared terminals. Curves are clean and geometric-leaning, while straights stay taut, giving the alphabet a controlled, sculpted rhythm. Numerals and capitals feel especially statuesque, with consistent outline thickness and carefully balanced inner shapes.
Best suited to display typography such as magazine headlines, fashion/editorial layouts, posters, and brand marks where a premium, delicate presence is desired. It can also work for short pulls, invitations, and packaging accents, especially when printed large or used over high-contrast backgrounds.
The overall tone is poised and luxurious, reading like a modern take on classic display lettering. Its outline construction adds a delicate, airy sophistication that feels suited to fashion and culture contexts, with a subtle Art Deco polish rather than overt ornament. The result is refined and attention-seeking without becoming noisy.
The font appears designed to deliver a contemporary, high-fashion display voice by translating a classic serif structure into a minimal outline. Its consistent hairline contour and restrained detailing suggest an emphasis on elegance, spaciousness, and visual impact at headline sizes.
Because the strokes are drawn as thin outlines, the color on the page stays very light; spacing and size will strongly affect legibility. The design favors larger settings where the inner counters and outline details have room to breathe, and it looks particularly striking when allowed generous tracking or set against solid fields.