Sans Contrasted Ryma 2 is a bold, very narrow, medium contrast, upright, normal x-height font.
Keywords: headlines, posters, branding, game ui, packaging, techno, industrial, futuristic, arcade, mechanical, sci-fi display, modular system, impactful titling, tech branding, angular, rectilinear, modular, condensed, geometric.
A highly rectilinear, modular sans with tall, compact proportions and a distinctly constructed feel. Strokes are predominantly straight with sharp corners, and counters are often squared or reduced to small rectangular cutouts, producing a punchy, stencil-like negative space in several letters. The design shows noticeable stroke modulation in places via blocky terminals, notches, and asymmetric joins, creating a rhythmic alternation of thick slabs and narrower connections. Curves are minimized; rounded forms such as O/C are rendered as squared, boxy shapes, and diagonals appear sparingly and in simplified, angular segments.
Best suited for short-to-medium display settings where its angular construction and compact width can create strong graphic impact, such as headlines, posters, logotypes, game/UI titling, or tech-themed packaging. It can also work for labels and signage-style compositions when set with generous tracking to preserve clarity.
The overall tone reads techno-forward and utilitarian, with an arcade/terminal flavor and a hard-edged, engineered attitude. Its tight geometry and carved counters give it a sci‑fi, machinery-label presence that feels deliberate and schematic rather than friendly or calligraphic.
The design intention appears to be a futuristic, modular display face that emphasizes geometry and engineered counter-shapes over conventional humanist readability. By keeping forms squared and simplifying curves, it aims to deliver a consistent, mechanical texture that stands out in bold, high-contrast layouts.
Spacing and widths vary by glyph, reinforcing a constructed, sign-like rhythm across words. Lowercase forms largely echo the uppercase structure, which keeps texture consistent but can reduce letter-shape differentiation at smaller sizes. Numerals follow the same squared, cut-in counter logic, matching the alphabet for a unified, system-like appearance.