Sans Superellipse Ladi 3 is a regular weight, very wide, low contrast, upright, normal x-height font visually similar to 'Neuropol X' by Typodermic (names referenced only for comparison).
Keywords: ui labels, app branding, tech logos, product titling, motion graphics, futuristic, tech, sleek, friendly, clean, digital clarity, geometric cohesion, modern branding, screen-forward, rounded, monoline, soft corners, geometric, modular.
A wide, monoline sans with a rounded-rectangle (superellipse) construction throughout. Strokes are even and softly terminated, with generous corner radii and open apertures that keep counters clear despite the squarish geometry. Curves tend to resolve into flattened arcs rather than perfect circles, creating a modular, engineered rhythm across uppercase, lowercase, and numerals. The lowercase shows single-storey forms (notably a and g) and a simple, functional t and r, while figures follow the same rounded-rect logic for a cohesive, UI-like texture.
Well-suited to interface typography, control labels, dashboards, and wayfinding systems where a smooth geometric voice is desired. It also performs convincingly in tech-oriented brand marks, product names, and headline applications that benefit from a sleek, futuristic silhouette.
The overall tone is contemporary and tech-forward, with a smooth, approachable feel that avoids harshness. Its rounded geometry reads as modern and efficient, suggesting digital interfaces, electronics, and streamlined product design rather than editorial warmth or calligraphic personality.
The letterforms appear designed to translate a rounded-rect, industrial geometry into a readable sans for modern screens and identity work. Consistent radii, even stroke weight, and simplified constructions suggest an intention to feel engineered, contemporary, and highly cohesive across a full basic character set.
The design emphasizes horizontal spread and stable, upright stance, producing a calm, panoramic word shape in text. Repeated superellipse motifs create strong consistency across glyphs, and the uniform stroke weight supports clear rendering in display sizes and interface contexts.