Sans Superellipse Enmit 2 is a regular weight, very wide, monoline, italic, tall x-height font.
Keywords: tech branding, sports branding, ui headlines, gaming, product titling, futuristic, technical, sporty, sleek, digital, speed, modernity, tech feel, streamlined geometry, display impact, rounded, superelliptical, squared, extended, streamlined.
A streamlined sans with rounded-rectangle (superelliptical) construction and consistent stroke thickness. Corners are broadly radiused and terminals read clean and engineered, giving counters a soft-square geometry. The slanted stance and extended proportions create fast horizontal motion, while the tall lowercase structure keeps the texture open and efficient. Forms like the double-arch “m,” flat-topped curves, and squared bowls reinforce a modular, techno rhythm without becoming overly geometric or rigid.
Best suited to branding, headlines, and interface or product titling where a modern, engineered voice is desired. The wide set and squared-round construction make it especially effective for tech, automotive, gaming, and sports contexts, as well as posters and packaging that benefit from a sleek, forward-leaning presence.
The overall tone is futuristic and performance-oriented, with a crisp, machine-made feel. Its slant and wide stance suggest speed and modern mobility, while the rounded corners keep it approachable rather than harsh. The impression sits comfortably in a tech-forward, digital-product aesthetic.
The design appears intended to blend geometric, rounded-rectangle forms with a dynamic slant to evoke speed and contemporary technology. It prioritizes clean construction and consistent stroke behavior to deliver a controlled, modern texture that feels at home in digital and performance-driven applications.
The numeral set matches the same rounded-rect logic, producing compact, screen-friendly shapes with clear silhouettes. The italic angle is consistent across uppercase, lowercase, and figures, supporting a cohesive forward-leaning rhythm in text. Letterforms favor simplified joins and squared curves, which helps maintain a uniform, technical texture at display sizes.