Sans Superellipse Laku 11 is a regular weight, very wide, low contrast, italic, normal x-height font visually similar to 'Controller' by Dharma Type (names referenced only for comparison).
Keywords: tech branding, sports branding, ui headings, posters, product logos, futuristic, sleek, technical, sporty, clean, modernize, add motion, tech signal, streamline, rounded, superelliptical, monoline, oblique, streamlined.
A monoline sans with a pronounced oblique slant and a rounded-rectangle (superellipse) construction throughout. Corners are consistently softened and terminals tend to be squared-off with radiused edges, giving strokes a machined, aerodynamic feel rather than a calligraphic one. Curves are broad and controlled, counters read as rounded boxes, and the overall rhythm is smooth and forward-leaning; the figures echo the same squarish-round geometry for a cohesive set.
This design is well suited to display roles where a streamlined, high-tech voice is desirable—brand marks, product naming, esports or sports graphics, and headline typography in digital interfaces. It can also work for short bursts of text in promotional materials where its oblique, superelliptical forms can set an energetic tone without relying on heavy contrast.
The overall tone is futuristic and performance-oriented, evoking automotive, sci‑fi interface, and contemporary tech branding. Its rounded engineering and steady slant feel dynamic and efficient, while the softened corners keep it friendly rather than harsh.
The font appears intended to translate geometric, rounded-rectangle forms into a cohesive italicized sans for modern, forward-leaning communication. By keeping stroke weight even and shaping counters as superellipses, it prioritizes a consistent, engineered silhouette that stays recognizable across letters and numerals.
Distinctive squarish bowls and counters (notably in O/o, D/d, 0/8/9) create a strong, unified texture. The slant is consistent across caps, lowercase, and numerals, and the design favors clarity through simplified joins and minimal stroke modulation.