Sans Other Ibga 1 is a bold, wide, low contrast, upright, normal x-height font.
Keywords: headlines, posters, logos, gaming ui, tech branding, techno, industrial, futuristic, modular, mechanical, distinctive display, modular system, industrial signage, sci-fi styling, squared, rounded corners, stencil-like, gapped strokes, geometric.
A heavy, geometric sans with squarish bowls and softened outer corners, built from straight runs and short radiused turns. Many letters incorporate deliberate breaks and notches—especially on curves—creating a stencil-like, segmented construction while keeping a consistent, monoline feel. Counters tend to be rectangular or rounded-rectangle, and diagonals are sharp and clean, giving the design a modular, engineered rhythm. The overall texture is dense and compact, with distinctive cut-ins that add visual articulation without introducing contrast.
Best suited to short-to-medium display settings where its segmented details can be appreciated—headlines, posters, wordmarks, titles, and UI labels for games or tech products. It can also work for packaging or signage concepts that benefit from a coded, industrial feel, though extended body text may feel busy at smaller sizes due to the intentional breaks.
The segmented forms and squared geometry convey a sci-fi, industrial tone reminiscent of instrumentation, hardware labeling, and digital-era branding. It feels mechanical and purposeful rather than friendly, with a constructed, coded aesthetic that reads as technical and futuristic.
The design appears intended to reinterpret a clean grotesque skeleton through a modular, stencil-inflected construction, prioritizing a futuristic signature and strong visual identity. The consistent stroke weight and engineered corner behavior suggest a focus on systematized shapes that remain legible while looking distinctly technological.
The intentional gaps and corner cuts become a key identifier in running text, where repeated notches create a patterned texture. Numerals and uppercase maintain the same modular logic, supporting a cohesive, system-like voice across alphanumerics.