Sans Other Otbi 2 is a very bold, very wide, monoline, upright, normal x-height font.
Keywords: headlines, posters, logos, gaming ui, tech branding, futuristic, industrial, arcade, techno, assertive, impact, sci‑fi styling, digital feel, modular construction, branding focus, angular, rectilinear, chamfered, modular, compressed counters.
A highly geometric sans built from rectilinear strokes with squared proportions and frequent 45° chamfers at corners and joins. Forms are mostly closed and heavy, with small, often rectangular counters and tight internal spacing that creates a compact, blocky texture in text. Round letters are aggressively squared-off (e.g., O/C/G) and diagonals appear as clipped corners rather than continuous curves, producing a modular, constructed feel. The lowercase follows the same hard-edged system, with simplified bowls and terminals that keep a consistent, mechanical rhythm across lines.
Best suited for display applications where bold, geometric shapes can carry the layout—such as headlines, posters, esports/gaming UI moments, tech or sci‑fi themed branding, and logo wordmarks. It can work in short bursts for labels or navigation in interface mockups, but longer passages may benefit from generous size and spacing to preserve clarity.
The overall tone is futuristic and machine-made, with a retro-digital edge reminiscent of arcade, sci‑fi interface, and industrial labeling aesthetics. Its dense, squared silhouettes read as confident and utilitarian, prioritizing impact over softness or warmth.
The design appears intended to deliver maximum visual punch through a rigid grid-based construction: squared curves, chamfered corners, and condensed counters that create a distinctly digital, engineered personality. It aims to evoke futuristic and retro-computing cues while staying within a sans framework.
Because counters and apertures are relatively narrow, the design can look darker and more compact at smaller sizes, while it becomes striking and architectural when set large. The all-caps impression is strong even in mixed case due to the squared geometry and uniform terminal treatment.