Sans Superellipse Jiras 7 is a very bold, normal width, monoline, upright, normal x-height font.
Keywords: headlines, branding, posters, gaming ui, titles, futuristic, techno, arcade, industrial, playful, display impact, sci-fi feel, ui labeling, brand distinctiveness, rounded, squared, stencil-like, chunky, geometric.
A compact, geometric sans built from rounded-rectangle forms with heavy, even strokes and soft corners. Counters are typically rectangular and inset, creating a slightly stencil-like feel where openings and inner spaces read as crisp slots. Curves resolve into squarish bowls and superellipse-like arcs, and terminals are consistently rounded, keeping the dense weight from feeling sharp. Proportions are sturdy and blocky with tight internal spacing and a strong, uniform rhythm across caps, lowercase, and figures.
Best suited for display settings where bold, geometric silhouettes can carry: headlines, logos, posters, packaging accents, and entertainment or tech branding. It also works well for interface-style callouts, badges, and short labels, especially where a futuristic or arcade flavor is desired. For long text, its dense weight and tight counters will be most comfortable at larger sizes with generous spacing.
The overall tone is boldly futuristic and game-adjacent, with an engineered, modular personality. Its softened corners add approachability, while the squared construction and cut-in counters suggest digital interfaces, machinery, and sci‑fi labeling. The result feels energetic and stylized rather than neutral.
The design appears intended to deliver a highly recognizable, modern display voice built from rounded-square geometry. By pairing heavy strokes with disciplined corner rounding and inset counters, it aims to maintain a strong presence while staying clean and cohesive across letters and figures.
Distinctive letterforms (such as the angular V/W shapes and squared bowls in C/G/S) emphasize a constructed, display-first aesthetic. The numerals follow the same rounded-rect logic, giving UI-like consistency for codes, scores, and short numeric strings.