Sans Other Inriw 7 is a very bold, normal width, low contrast, italic, normal x-height font visually similar to 'AZN Knuckles Varsity' by AthayaDZN (names referenced only for comparison).
Keywords: headlines, posters, sports branding, team apparel, event graphics, sporty, aggressive, industrial, tactical, retro, impact, speed, ruggedness, distinctiveness, display styling, slanted, angular, wedge-cut, segmented, compressed caps.
A heavy, right-leaning sans with broad strokes and sharply chamfered terminals. Many letters are constructed with deliberate cut-ins and stencil-like breaks that create a segmented, engineered feel, while maintaining a consistent forward slant. The forms favor angular joins and wedge-shaped counters, producing a crisp, high-impact silhouette in both uppercase and lowercase. Spacing is relatively tight and the texture reads dense, with distinctive notches and internal cuts providing rhythm across words.
Best suited for short, high-visibility settings such as headlines, posters, sports and fitness branding, and dynamic promotional graphics. It can also work for packaging accents or UI labels where a rugged, engineered voice is desired, though the dense weight and internal cuts suggest using it at larger sizes for clarity.
The overall tone is forceful and kinetic, suggesting speed, impact, and machined precision. Its segmented cuts and aggressive slant evoke motorsport graphics, tactical labeling, and action-oriented branding with a slightly retro display sensibility.
This design appears intended as a high-impact display sans that communicates motion and toughness through slant, angular geometry, and purposeful breakpoints. The consistent cut-in motif functions as a signature styling device, differentiating the letterforms while preserving a cohesive, industrial rhythm.
Uppercase shapes are especially geometric and rigid, while lowercase maintains the same cut-and-chamfer language for cohesion. Numerals follow the same segmented construction, helping the set feel uniform in headlines and number-heavy applications.