Sans Superellipse Degep 3 is a very light, very wide, low contrast, italic, normal x-height font.
Keywords: headlines, branding, ui display, posters, technology, futuristic, technical, sleek, aerodynamic, minimal, sci‑fi styling, interface feel, geometric clarity, speed impression, minimal footprint, monoline, superelliptic, rounded corners, narrow joints, open apertures.
A highly streamlined, monoline sans with a consistent rightward slant and generous horizontal proportions. Curves are built from rounded-rectangle/superellipse forms, producing soft corners and smooth, continuous bowls in letters like C, O, and G. Strokes stay extremely even and thin, while joins are sharp and angular, creating a distinctive mix of rounded counters and razor-like terminals. Many glyphs use simplified, geometric construction (notably the diagonals in K, V, W, X and the segmented feel of S), with a clean, airy spacing that emphasizes the font’s wide stance.
This face is best suited to headlines, logotypes, product branding, and UI/display typography where a crisp, forward-looking voice is desired. It reads cleanly at larger sizes, especially in short phrases where its wide rhythm and distinctive superelliptic bowls can set the tone without relying on heavy weight.
The overall tone feels futuristic and engineered—more like a display face for interfaces and technology than a neutral text workhorse. Its light, wiry lines and rounded-square geometry give it a sleek, aerodynamic character with a slightly retro sci‑fi flavor.
The design appears intended to merge a geometric, rounded-rectangle backbone with sharp, technical diagonals, creating a fast, modern silhouette. Its ultra-thin monoline construction and consistent slant suggest a focus on futuristic display applications rather than extended body copy.
Several forms lean toward single-storey, minimalist shapes in the lowercase, and the numerals follow the same rounded-rect logic with clear, open silhouettes. The italics are structural rather than cursive, maintaining geometric rigidity while adding speed through the slant.