Sans Superellipse Jatu 13 is a very bold, wide, low contrast, upright, normal x-height font.
Keywords: headlines, posters, logotypes, packaging, branding, retro, playful, chunky, techy, posterlike, impact, display, retro tech, geometric branding, blocky, rounded corners, squared bowls, soft terminals, tight apertures.
A heavy, rounded-rectangle sans with squared bowls and smoothly radiused corners throughout. Strokes are consistently thick with compact internal counters that read as small, squared openings, giving letters a dense, high-ink texture. Curves resolve into superelliptical forms rather than circles, and many joins feel slightly notched or stepped, adding a subtle industrial edge. Overall spacing and rhythm are solid and emphatic, prioritizing silhouette clarity over fine interior detail.
Best suited to short, high-impact settings such as headlines, poster titles, logos, and packaging where the strong silhouettes can carry at larger sizes. It also works well for UI labels or badges when a bold, friendly-industrial presence is desired, though the tight counters suggest avoiding very small text sizes.
The tone is bold and assertive with a retro, arcade-like friendliness. Its chunky geometry and softened corners balance toughness with approachability, creating a playful display voice that still feels mechanically precise. The overall impression suggests energetic headlines and graphic, high-impact messaging.
The design appears intended as a statement display sans that merges superelliptical geometry with a compact, high-weight construction. Its goal is to deliver immediate visibility and character through simplified, rounded-rect forms and consistent heft, evoking retro-tech and playful poster typography.
The numeral set matches the letterforms with squarish curves and small counters; the “0” and “8” appear particularly compact inside. Uppercase forms are broad and stable, while lowercase maintains a similarly blocky construction with simplified features and minimal modulation, helping the style stay consistent across mixed-case settings.