Font Hero

Hollow Other Upsy 7 is a very bold, wide, medium contrast, upright, tall x-height font.

Keywords: headlines, posters, logos, gaming, packaging, industrial, techno, arcade, stencil, aggressive, high impact, tech styling, stencil effect, retro display, branding, angular, geometric, blocky, cutout, tapered.

A heavy, block-constructed display face built from squared-off strokes and sharp, angular corners. Many glyphs include internal knockouts and notched counters that create a hollowed, stencil-like feel, with consistent right-angled turns and step-like terminals. Several letters introduce tapered or diagonally sliced strokes (notably in diagonals and junctions), adding forward-leaning energy without becoming italic. Spacing and widths vary noticeably across the set, and the lowercase follows the same architectural, modular construction as the uppercase, keeping a uniform, mechanical rhythm.

Best suited to display applications where the internal cutouts and block geometry can be appreciated—headlines, poster titling, album/cover art, gaming and esports graphics, logos/wordmarks, and bold packaging callouts. It also works well for short UI labels or section headers in tech-themed layouts when used at sufficiently large sizes.

The overall tone is bold and synthetic, reading as industrial and game-like with a retro-futuristic edge. The cutouts and notches evoke machinery, signage stencils, and arcade-era display lettering, giving the text a punchy, assertive presence.

The design appears intended as a high-impact, geometric display font that leverages hollowed interiors and notched detailing to stand out. Its modular, squared construction and occasional tapered cuts suggest a deliberate fusion of stencil signage logic with retro digital/arcade aesthetics.

Counters are often squared and partially enclosed, producing distinctive interior shapes that stay legible at larger sizes but can fill in visually when reduced. The numerals match the same angular, segmented language, supporting a cohesive headline system.