Sans Other Romi 2 is a bold, normal width, monoline, upright, normal x-height font.
Keywords: headlines, posters, gaming, ui, branding, tech, futuristic, industrial, arcade, assertive, sci‑fi styling, modular geometry, impactful display, tech branding, rectilinear, octagonal, angular, square, geometric.
A rectilinear, geometric sans with heavy, even stroke weight and predominantly straight segments. Corners are frequently chamfered, producing octagonal counters and a machined, cut-metal feel rather than smooth curves. Proportions are compact with tight apertures and squared bowls; diagonals appear mostly as hard angles, giving letters like A, K, M, N, V, W, X, and Y a crisp, engineered rhythm. The lowercase follows the same squared construction, with single-storey forms and short, blocky terminals that keep word shapes uniform and dense.
Best suited to short, high-impact settings such as headlines, posters, titles, logos, and on-screen UI elements where a technical aesthetic is desired. It can work well for gaming, esports, sci‑fi media, and product or packaging branding that benefits from a rigid, engineered voice; for longer text, larger sizes and ample spacing will help maintain clarity.
The overall tone reads technological and utilitarian, with strong associations to sci‑fi interfaces, arcade graphics, and industrial labeling. Its sharp geometry and enclosed forms convey firmness and precision, prioritizing impact and structure over softness or warmth.
The design intention appears to be a stylized, futuristic sans that translates the logic of modular, straight-edged construction into a cohesive alphabet. By relying on chamfers, squared counters, and consistent stroke weight, it aims to deliver a bold, machine-like presence that stays legible while looking distinctly tech-driven.
Counters in O/0 and several bowls are near-octagonal, and many joins resolve into flat cuts rather than rounded transitions, reinforcing the fabricated look. The figures are especially display-oriented, with segmented, angular construction that echoes digital/technical instrumentation.