Sans Superellipse Lalo 3 is a regular weight, very wide, medium contrast, italic, tall x-height font visually similar to 'PT Winkell Pro' by Paavola Type Studio (names referenced only for comparison).
Keywords: display, branding, headlines, ui labels, posters, futuristic, technical, sleek, dynamic, aerodynamic, tech aesthetic, motion cue, brand distinctiveness, geometric consistency, rounded, squared, streamlined, geometric, modular.
A slanted, geometric sans built from rounded-rectangle and superellipse cues, with softened corners and flattened curves that read as squircle-like. Strokes are clean and mostly uniform with subtle modulation at joins, and terminals are rounded or chamfered rather than blunt. Counters tend toward rectangular/oval hybrids, and many forms use open apertures and short horizontal cuts, producing a crisp, engineered rhythm. Overall spacing feels generous, with a low, extended stance and consistent corner radii that unify letters and numerals.
Best suited to short-to-medium display settings where its geometric personality can be read clearly: tech branding, product naming, automotive or sports titling, UI headings and labels, and poster or cover typography. It can work for brief paragraphs in large sizes, but its stylized construction is most impactful in headlines and interface-like copy blocks.
The design conveys a modern, high-tech tone—fast, efficient, and slightly retro-futurist. Its italic slant and streamlined corners suggest motion and precision, evoking interfaces, racing graphics, and sci‑fi hardware labeling.
The font appears designed to translate rounded-rect geometry into a cohesive italic sans, prioritizing a consistent corner radius, streamlined joins, and a contemporary industrial feel. Its forms aim to balance clarity with a distinctive, speed-oriented silhouette for modern display typography.
Uppercase forms appear especially squared with rounded corners, while the lowercase keeps the same geometry but with simpler, highly legible construction. Numerals follow the same superelliptic logic, with squared bowls and rounded edges that remain clear at a glance.