Sans Other Ehsy 5 is a very bold, normal width, low contrast, italic, normal x-height font visually similar to 'Kairos Sans' by Monotype, 'Belle Sans' by Park Street Studio, 'Hype Vol 1' by Positype, '946 Latin' by Roman Type, 'Proud' by Sensatype Studio, 'Amsi Pro' and 'Amsi Pro AKS' by Stawix, 'Robusta' by Tilde, and 'Hockeynight Sans' by XTOPH (names referenced only for comparison).
Keywords: sports branding, posters, headlines, gaming, logos, athletic, aggressive, techy, futuristic, action, impact, speed, modernity, performance, slanted, angular, blocky, compact, sharp.
A very heavy, sharply angled sans with a strong forward slant and squared, cut-in apertures. Strokes are monolinear and dense, with wedge-like terminals and frequent chamfered corners that give counters a rectangular, engineered feel. The lowercase stays sturdy and compact with a normal x-height impression, while the caps are wide-shouldered and tightly constructed; figures match the same blocky, clipped geometry for a consistent, high-impact texture.
Best suited for attention-grabbing headlines, posters, team or event branding, gaming/stream overlays, and logo wordmarks where speed and impact are desired. It will also work for short interface labels or packaging callouts when set large enough to keep the interior openings clear.
The overall tone is fast, forceful, and sporty, with a techno edge. Its sharp corners and forward lean suggest motion and urgency, making it feel competitive and high-energy rather than neutral or conversational.
The font appears designed to deliver maximum punch and a sense of movement through an oblique stance and aggressive, angular construction. Its squared counters and clipped terminals prioritize a futuristic, performance-oriented aesthetic that holds together as a bold display voice.
The design relies on hard cuts and straight segments more than curves, producing a distinctly mechanical rhythm. In text, the heavy weight and tight internal shapes create a dark, continuous line that favors short bursts and large sizes over extended reading.