Sans Other Obmy 2 is a very bold, normal width, low contrast, upright, normal x-height font visually similar to 'QB One' by BoxTube Labs (names referenced only for comparison).
Keywords: headlines, posters, logos, game ui, packaging, industrial, techno, arcade, stencil-like, brutalist, impact, tech flavor, industrial signage, modular system, display legibility, blocky, angular, squared, geometric, modular.
A heavy, block-built sans with a rigid modular construction and sharply squared geometry. Strokes are thick and uniform, with frequent right-angle cuts, stepped corners, and occasional chamfered diagonals that create a machined silhouette. Counters are small and often rectangular, sometimes appearing as punched-out slots, giving the letters a compact, high-ink, poster-like presence. Spacing reads sturdy and deliberate, and many forms emphasize straight horizontals and verticals over curves, producing a distinctly constructed rhythm.
Best suited to display settings where impact and a constructed, technological voice are desirable—headlines, posters, logo wordmarks, game titles/UI accents, and bold packaging or label systems. It will read most confidently at medium-to-large sizes where the small rectangular counters and internal slots remain clear.
The overall tone is bold and mechanical, evoking arcade screens, industrial labeling, and sci‑fi interface typography. Its squared apertures and cut-in details add an assertive, slightly aggressive energy that feels utilitarian and tech-forward rather than friendly or handwritten.
The font appears designed to deliver maximum visual weight with a modular, industrial flavor, using squared counters and cut-in notches to suggest fabricated signage and digital-era styling. Its consistent, geometric construction prioritizes strong silhouettes and a distinctive techno-stencil identity.
The design leans into simplified curves and squared bowls, creating strong silhouettes at large sizes. Distinctive internal cutouts and notches contribute to a pseudo-stencil/slot aesthetic that increases character differentiation while maintaining a cohesive, gridlike system.