Outline Nyhi 6 is a very light, very narrow, medium contrast, upright, short x-height font.
Keywords: posters, headlines, logotypes, signage, packaging, art deco, retro futurism, sci‑fi, technical, elegant, display impact, stylized elegance, futuristic tone, architectural feel, dimensional effect, geometric, monoline, inline detail, rounded corners, tall caps.
A tall, condensed outline design with a clean geometric skeleton and open counters. Strokes are drawn as thin exterior contours, often with a secondary inner inline that suggests a double-line construction and adds depth without increasing weight. Curves are squared-off into rounded-rectangle forms (notably in C, O, Q, and zero), while diagonals stay crisp and straight in A, V, W, X, and Y. Terminals are mostly blunt and engineered, and the overall rhythm is tight and vertical, with modest cap-to-ascender differentiation and a relatively small lowercase core.
Best suited to display applications such as posters, title treatments, logotypes, and signage where the outline construction can stay crisp and legible. It can also work for packaging or event graphics that benefit from a refined, decorative industrial feel; for long body copy it will generally require generous sizing and spacing.
The font reads as streamlined and architectural, evoking Art Deco signage and retro-futuristic display lettering. Its airy outlines and precise geometry give it a technical, instrument-like tone while still feeling stylish and theatrical.
Likely drawn to provide a distinctive condensed display voice built from simple geometric parts, using outline-and-inline detailing to suggest dimensionality and an engineered elegance. The emphasis appears to be on verticality, clarity of contour, and a stylized retro-modern character for attention-grabbing typography.
The outlines create a light-on-ink presence with strong negative space, so the design relies on size and contrast rather than mass. Several letters incorporate internal contouring that can sparkle in large settings but may fragment at small sizes or on low-resolution output.