Sans Superellipse Usti 10 is a very bold, wide, medium contrast, upright, normal x-height font.
Keywords: headlines, logos, posters, packaging, gaming ui, techy, futuristic, industrial, sporty, assertive, impact, modernize, systemic, brandable, tech aesthetic, squared-round, rounded corners, blocky, compact, geometric.
A heavy, geometric sans with squared-round construction: strokes resolve into rounded rectangles and superellipse-like bowls, producing a clean, machined silhouette. Corners are consistently softened, counters are mostly rectangular with generous radiusing, and terminals are blunt and flat. The set favors broad proportions and a steady, low-modulation stroke feel, with tight interior shaping that keeps forms chunky and cohesive. Details like the single-storey ‘a’, the short-armed ‘r’, and the angular, flattened curves in ‘S’ and ‘2’ reinforce the font’s constructed, modular rhythm.
Best suited to short, prominent text where mass and shape can do the work: headlines, branding marks, posters, packaging, and tech or gaming interface titling. It can also serve for signage-style labels or product naming where a sturdy, engineered look is desired, though its dense forms suggest using it at moderate-to-large sizes for clarity.
The tone is modern and engineered, with a confident, high-impact presence that reads as tech-forward and slightly retro-futuristic. Its rounded-square geometry feels utilitarian and sporty rather than friendly, projecting strength and precision.
The design appears aimed at delivering a strong display sans built from rounded-square primitives, balancing hard-edged structure with softened corners for a contemporary, industrial feel. Its consistent geometry and compact internal shapes suggest an intention to remain bold and legible while signaling technology and modernity.
The face emphasizes uniform rounding across straight and curved joins, creating a consistent “capsule” aesthetic in both letters and figures. Numerals and punctuation maintain the same blocky logic, helping the font stay visually stable in dense, display-oriented settings.