Sans Superellipse Liku 3 is a bold, wide, monoline, upright, normal x-height font.
Keywords: headlines, posters, branding, packaging, gaming ui, techy, futuristic, playful, geometric, game-like, digital signage, sci-fi flavor, friendly geometry, modular system, rounded corners, squared curves, soft terminals, blocky, modular.
A heavy, monoline sans built from rounded-rectangle geometry, with generous corner radii and squared-off curves that read like superelliptic forms. Strokes keep a consistent thickness across the alphabet, while counters are largely rectangular or softly squared, giving letters a punched, modular feel. Proportions run broad and stable with a compact, low-contrast rhythm; joins are smooth and corners are uniformly softened, helping dense shapes stay legible at display sizes.
Best suited for display typography such as headlines, posters, logos, and brand marks where its geometric construction can carry the message. It also fits UI labels, gaming overlays, and product or tech packaging that benefits from a compact, futuristic sans with soft corners. For longer text, larger sizes and comfortable tracking help preserve clarity in the squared counters and tight apertures.
The overall tone is contemporary and tech-forward, evoking interfaces, sci‑fi labeling, and arcade or game UI aesthetics. Its softened corners keep the otherwise blocky construction friendly and approachable, balancing a futuristic voice with a playful, toy-like character.
The design appears intended to translate rounded-rectangle geometry into a clean, contemporary sans that feels digital and modular. By keeping stroke weight uniform and corners consistently softened, it aims for strong, easily repeatable shapes that read as both futuristic and approachable in branding and interface contexts.
Distinctive cut-ins and squared counters create strong silhouettes in both cases, and the numerals follow the same rounded-rect logic for a cohesive alphanumeric set. The design’s tight apertures and dense interiors make it most confident when given space and size, where the internal shaping can read clearly.