Sans Superellipse Umri 2 is a bold, wide, monoline, upright, short x-height font.
Keywords: headlines, logos, posters, game ui, tech branding, techno, futuristic, industrial, gaming, sci‑fi, futuristic display, modular system, ui signaling, logo impact, squared, rounded corners, stencil‑like, angular joins, extended.
A geometric sans built from rounded-rectangle (superellipse-like) forms with uniform stroke weight and a notably extended set width. Corners are consistently softened, while curves are tight and squared-off, creating boxy counters and flat terminals. Many joins and diagonals resolve into sharp, engineered angles, and several letters use deliberate breaks and inset notches that read as stencil-like cut-ins. The overall rhythm is steady and modular, with compact vertical proportions and generous horizontal presence.
Best suited to headlines, wordmarks, posters, and on-screen UI where a futuristic, modular voice is desired. It performs especially well at medium to large sizes, where the cut-in notches and squared counters read clearly and contribute to the overall techno character.
The font projects a clean, synthetic tone with a strong sci‑fi/tech interface flavor. Its notched details and squared curves add an industrial, engineered attitude that feels at home in futuristic branding and digital environments. The look is assertive and display-forward, prioritizing character and impact over warmth.
The design appears intended to merge rounded-rectangle geometry with engineered, cut-out detailing to create a distinctive futuristic display sans. The extended proportions and consistent stroke system suggest an emphasis on strong silhouette recognition and a cohesive, system-like aesthetic for branding and interface-led graphics.
Distinctive construction details—such as the open, segmented feel in forms like E/S and the angular, cut-in treatments on letters like Q and W—give the design a purposeful, machined identity. Numerals follow the same rounded-rect geometry, with simplified, angular turns and consistent internal spacing that keeps the set cohesive.