Sans Superellipse Minu 2 is a very bold, wide, monoline, upright, normal x-height font visually similar to 'Quareg' by Umka Type (names referenced only for comparison).
Keywords: headlines, logotypes, branding, posters, packaging, futuristic, techy, playful, retro, friendly, sci-fi styling, interface feel, impact display, geometric unity, rounded, blocky, geometric, soft-cornered, modular.
A chunky geometric sans built from rounded-rectangle and superellipse-like shapes, with uniform stroke weight and generously softened corners. Counters and apertures are mostly rectilinear and squared-off, often expressed as cut-out slots rather than tapered openings, giving a distinctly modular rhythm. The proportions read broad and stable, with compact internal spaces in letters like B, e, and a, and simplified, single-storey lowercase forms. Overall spacing feels even and sturdy, and the design maintains a consistent rounded-square logic across straight stems, bowls, and terminals.
Best suited to short, high-impact settings such as headlines, wordmarks, packaging, and UI or product graphics where bold geometric forms help establish a tech-forward identity. It can also work for signage and labels, especially when generous size preserves the compact counters and interior cutouts.
The tone is futuristic and gadget-like, evoking digital interfaces, arcade-era sci-fi, and product labeling with a friendly edge. Its softened corners keep it approachable while the squared geometry communicates precision and engineered confidence.
The design appears intended to deliver a cohesive rounded-square aesthetic for contemporary display typography—combining high visual weight with clean geometry to signal modernity, durability, and a slightly playful sci-fi character.
Distinctive details include the rectangular ‘e’ eye, the squared, almost display-like ‘G’ construction, and the simplified lowercase set that leans toward signage clarity rather than text nuance. The numeral set matches the same rounded-rectangular architecture, with strong, legible silhouettes and minimal stroke modulation.